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In this example, we'll retrieve an item we created previously and add a transaction stating that the user bought a double tall latte.


| Figure 1 |
Brown bear ( Ursus arctos) |
| Figure 2 |
Results of the jackknife test of variable importance. The en ... |
| Figure 3 |
The omission rate and predicted area as a function of the cu ... |
| Figure 4 |
The receiver operating characteristic (ROC) curve for the sa ... |
| Figure 5 |
Response curves. These curves show how each environmental va ... |
| Figure 6 |
Current and future suitable habitat of brown bear in Asia |


I am a senior at San Francisco State University, currently pursuing a bachelor's degree in Computer Science.


While I have a strong inclination towards coding, I am also interested in the hardware aspects of computers. I am particularly interested in software and product design. Alongside the technical aspects of a product I want to learn about the management and business behind it's making. I hope to also be able to design games and learn more about level design.


I think Guide is thinking about typing and whatnot a lot lately, now with a post one multimethods, which mostly the same as double-dispatch. I.e., you choose a function implementation based on the type of the arguments.
However, Guido uses a global registry of functions by name. I like Phillip's technique for generic functions, which is to give these a functions a richer interface that includes a decorator. Here's an example of Guido's code converted to that:
@multimethod def div(a, b): "div a by b" return a / b class rational(object): def __init__(self, num, denom): self.num, self.denom = num, denom def __repr__(self): return '%s/%s' % (self.num, self.denom) @div.types(rational, int) def div_rat_int(r, i): return rational(r.num, r.denom*i) @div.types(int, rational) def div_int_rat(i, r): return rational(r.denom * i, r.num) @div.types(rational, float) def div_rat_float(r, f): return r.num / (r.denom*f) @div.types(float, rational) def div_float_rat(f, r): return f * r.denom / r.num @div.types(rational, rational) def div_rat_rat(r1, r2): return rational(r1.num * r2.denom, r1.denom * r2.num)
Here's how it looks:
>>> half = rational(1, 2) >>> half 1/2 >>> third = rational(1, 3) >>> div(half, third) 3/2 >>> div(half, 2) 1/4 >>> div(half, 0.5) 1.0 >>> div(1, 2) 0 >>> div(1, half) 2/1
And here's the implementation (it's actually simpler than Guido's):
class multimethod(object): def __init__(self, default): self.default = default self.name = default.__name__ self.__doc__ = default.__doc__ self.typemap = {} def __call__(self, *args): types = tuple(arg.__class__ for arg in args) # a generator expression! function = self.typemap.get(types, self.default) return function(*args) def types(self, *types): def decorator(func): if types in self.typemap: raise TypeError("duplicate registration") self.typemap[types] = func if func.__name__ == self.name: # to avoid confusion by overwriting the multimethod function return self else: return func return decorator
The module is located online at http://svn.colorstudy.com/home/ianb/recipes/multimethod.py
Update: some people have mistakenly called this implementation a generic function, or a reimplementation as a generic function. It's not generic (aka predicate-dispatch) functions at all -- those are much more general (and powerful), and this version is just a slightly different factoring of Guido's code. Thankfully Bob Ippolito does it right and shows how to implement multimethods with generic functions.
Just an FYI, but if the user imports div "as" another name, this code won't catch that and return self. The technique I use in PyProtocols is to check whether the decorated function's __name__ in the caller's f_locals is self. So you could do something like:
if sys._getframe(1).f_locals.get(func.__name__) is self: return self else: return funcThen it doesn't depend on the original generic function's definition being only accessible via its original name, in order to prevent such confusion.


As part of some talks I did for the recent NCC Con, I started looking at the gVisor project from Google (nothing like having to write a presentation to provide motivation!).
Introduction
gVisor is an alternate Container runtime which replaces runc in the Docker stack with their runsc component. It takes an interesting approach to container isolation which promises good performance and enhanced isolation over the base Docker experience. Google have implemented a number of Linux syscalls in Go, so that the process running in the container doesn’t directly need to communicate with the underlying Linux Kernel. They have some more details on this on the gVisor homepage
Setup
The installation process is pretty straightforward, with a single binary to place on your Docker Engine host and then a quick modification to /etc/docker/daemon.json
to make the alternate runtime available.
Usage
After that you can start containers with the --runtime=runsc
switch and they’ll make use it. Notably it’s perfectly possible to run some containers on a host with standard Docker and others with gVisor at the same time.
Notes
Once you get up and running with a gVisor container, there’s a number of interesting things to note (well if you’re interested in how container runtimes work anyway).
First up the kernel version. Generally with Linux containers, the kernel version inside a container is the same as outside as the container makes use of the same underlying kernel when it’s operating. However as gVisor is intercepting syscalls before they can get to the underlying Linux kernel, we see things slightly differently when it’s in use.
If you run uname -a
when running a gVisor container you get
Linux 903108eb81ab 3.11.10 #1 SMP Fri Nov 29 10:47:50 PST 2013 x86_64 Linux
On the same host running without gVisor I get
Linux 835730d3b41c 4.15.0-23-generic #25-Ubuntu SMP Wed May 23 18:02:16 UTC 2018 x86_64 Linux
which is the same as my underlying host (as expected). This could be useful for fingerprinting the runtime in use as I’d expect that all containers running a given gVisor version will return the same info. from uname regardless of the underlying system.
Another place you’ll see a difference is in /proc
. The gVisor project is working on exposing various pieces of informatio in proc (more information here) but at the moment there’s a lot less info. here than you would find normally in a Docker container (which has positives and negatives). As a quick metric ls -laR
in /proc produces 304 entries in a gVisor container against 4700 in a standard Docker one.
One side note from this is that as a result of this, tools like amicontained can’t necessarily get the information they need to provide info about the security of the container, as they rely on reading information from files in /proc.
Another thing worth noting at this point is that gVisor is still relatively young as a project and does have bugs. For example running ls -laR | wc -l
reliably hung in an alpine:3.7 container when I was testing.
If you’re looking to tell whether containers on a host are using gVisor or runc, the following command should return the relevant information
docker inspect --format='{{.HostConfig.Runtime}}' [container_name]
Performance
On the performance front, some very basic tests, show that there does appear to be some overhead in using gVisor, which may or may not be important to your usecase.
The test I did was to run
docker run -it alpine:3.7 /bin/ash
with gVisor and runc. If you do that and run docker stats
it shows the runc container using 1.16MiB of memory and the gVisor one using 84MiB ! Also there seems to be some constant CPU usage on the gVisor container, even though it’s just running an idling ash shell with nothing else happening.


Functions | |
| ENET_API int | enet_address_set_host (ENetAddress *address, const char *hostName) |
| Attempts to resolve the host named by the parameter hostName and sets the host field in the address parameter if successful. | |
| ENET_API int | enet_address_get_host_ip (const ENetAddress *address, char *hostName, size_t nameLength) |
| Gives the printable form of the ip address specified in the address parameter. | |
| ENET_API int | enet_address_get_host (const ENetAddress *address, char *hostName, size_t nameLength) |
| Attempts to do a reverse lookup of the host field in the address parameter. |
| ENET_API int enet_address_get_host | ( | const ENetAddress * | address, | |
| char * | hostName, | |||
| size_t | nameLength | |||
| ) |
| address | address used for reverse lookup | |
| hostName | destination for name, must not be NULL | |
| nameLength | maximum length of hostName. |
| 0 | on success | |
| < | 0 on failure |
References enet_address_get_host_ip().
| ENET_API int enet_address_get_host_ip | ( | const ENetAddress * | address, | |
| char * | hostName, | |||
| size_t | nameLength | |||
| ) |
| address | address printed | |
| hostName | destination for name, must not be NULL | |
| nameLength | maximum length of hostName. |
| 0 | on success | |
| < | 0 on failure |
Referenced by enet_address_get_host().
| ENET_API int enet_address_set_host | ( | ENetAddress * | address, | |
| const char * | hostName | |||
| ) |
| address | destination to store resolved address | |
| hostName | host name to lookup |
| 0 | on success | |
| < | 0 on failure |


Design
I work on a design that pulls together content requirements, colors, layout, imagery, and typography. All with one goal in mind: telling a unique story.
My name is Christopher Bean and this is my portfolio site! I'm a Front-end Developer from the San Francisco Bay Area, with a desire to learn more about technology in order to share stories and dreams with the world. My interest in human motivation and learning led me to obtain a Bachelor's Degree in Psychology from CSU: East Bay. I've spent the last few years learning about front-end development as a way to merge my understanding of people with my need to create.
I work on a design that pulls together content requirements, colors, layout, imagery, and typography. All with one goal in mind: telling a unique story.
Happy with the design? Great! I'll start coding a responsive website that looks good on all devices ensuring that the message is clear no matter how people are viewing it.


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Importance of Project Management in the VUCA world
The role of a Project Management professional has gone far beyond just managing the projects. They are being viewed as a disrupter and their role has become more prominent in an organization than ever before. They lead a program, an endeavor that an organization forms itself on. With the kind of ever-changing business landscape we live in, there is a far greater need for a Project Manager to look beyond managing project deliveries and gain complete control on achieving the business outcomes as well. They need to break out from their traditional, predictive methodologies to adapting a more non-conventional, dynamic and agile approach in their quest to achieving the strategic goals. Below are some areas a Project Manager needs to focus/work on to cultivate a contemporary mindset required in these challenging times:
Collaborative Leadership: Agile philosophy has coined a new term called “Servant-leadership” which bears a strong relationship with having collaborative leadership. This leadership style helps to connect with teams within and across departments to take up key decisions required in keeping teams aligned and streamlining various processes. This creates an inclusive environment with a shared sense of responsibility wherein they contribute to something larger than themselves. This is one form of participative decision making as each one of them expresses their viewpoints in the larger interest of an organization. This lets organizations embrace leveraging on peoples’ skills, perspectives and opinions which are very critical in driving change in this VUCA world.
Fostering an agile culture: We talk a lot about Emotional intelligence (EQ) and its role in one’s personal growth. However, this trait has a strong bearing on driving and shaping an organization’s culture. The culture of any organization forms a backdrop of anything they intend to do. And in these uncertain times, the project manager with his EQ skills needs to inculcate the right mindset with the team so that they adapt the required flexible and robust strategy. Innovative thinking needs to be driven to explore different ways of implementing technology, defining processes and formulating policies. As a part of agile culture, a PM needs to scan through and take into account all the possible impacts an environment change might have, in order to build strategies that can offset the potential setbacks of volatility and uncertainties.
Strategic Networking: There won’t be any better time for Project Managers to shift their focus from doing a mere stakeholder engagement to forging long-term collaborative partnerships. Networking has always been the term frequently used in the corporate environment, as a necessary component for achieving career growth. However, at an organization level, networking across customers, competitors & partners provides the political flexibility and allegiance required to thrive under such changing times. Even at a project level, networking across the levels of an organization provides invaluable insights required to ensure having a complete congruence with the strategic goals at all times.
Establishing a feedback loop: PMs are protagonists in setting the ball rolling. They need to take a lead and establish the feedback loops required to learn and adopt a new strategy. This is also an underlying philosophy for being agile and a framework of continuous learning and improvement. Identify-Plan-Act-Reflect is the loop that inspires persistence through adversity and helps to make minor tweaks along the way based on the leanings gathered. This constant cycle allows an organization to monitor its progress against an external environment and take required actions to bring itself back on track, cushioning itself from any sort of potential setbacks. These loops need to be set by PMs in every aspect of its value-driven lifecycle. They are then can be scaled at an organizational level across all its processes and offerings, thereby, can form an integral part of its business strategy.
Enhancing team productivity: The key challenge for a Project Manager these days is to enhance the team’s productivity while working remotely. Team productivity has a direct impact on business outcomes and hence it cannot be over-looked. Various platforms are being used to connect with the members virtually for having frequent meetings and gathering status reports. Exercising power skills and entrusting people forms a core in achieving higher team productivity. Also, in modern times, there isn’t much need of having the same level of supervision in the past. Achieving business outcomes and the required corresponding actions should form a larger part in discussions than taking a mere work status.
Amidst this VUCA world, it is imperative for the leaders of an organization to stay hooked-on to their “Why”: the compelling cause for which they set out in doing their business activities. The idea is how to navigate through these uncertainties and still advance their purpose and hold onto them. Project Managers play an instrumental role in driving the change by constantly reviewing their project goals against business needs. They act as change agents for an organization to implement new rules as per what an environment demands in terms of technology, tactics and processes.
Thanks a lot for reading and feel free to comment.


| 020:108 Khan | : |
On that Day mankind will follow strictly (the voice of) Allah's caller, no crookedness (that is without going to the right or left of that voice) will they show him (Allah's caller). And all voices will be humbled for the Most Beneficent (Allah), and nothing shall you hear but the low voice of their footsteps. |
| 020:108 Maulana | : |
On that day they will follow the Inviter, in whom is no crookedness; and the voices are low before the Beneficent God, so that thou hearest naught but a soft sound. |
| 020:108 Pickthal | : |
On that day they follow the summoner who deceiveth not, and voices are hushed for the Beneficent, and thou hearest but a faint murmur. |
| 020:108 Rashad | : |
On that day, everyone will follow the caller, without the slightest deviation. All sounds will be hushed before the Most Gracious; you will hear nothing but whispers. |
| 020:108 Sarwar | : |
On that day they will follow their caller without deviation. Their voices will be low in the presence of the Beneficent God. You will hear nothing but the tread of the marching feet. |
| 020:108 Shakir | : |
On that day they shall follow the inviter, there is no crookedness in him, and the voices shall be low before the Beneficent Allah so that you shall not hear aught but a soft sound. |
| 020:108 Sherali | : |
On that day they will follow the Caller in whose teaching is no crookedness; and all voices shall be hushed before the Gracious God and thou shalt not hear but a subdued murmur. |
| 020:108 Yusufali | : |
On that Day will they follow the Caller (straight): no crookedness (can they show) him: all sounds shall humble themselves in the Presence of (Allah) Most Gracious: nothing shalt thou hear but the tramp of their feet (as they march). |
Concepts/Themes Covered: الإيمان > اليوم الآخر > الحشر Faith> The Hereafter> The Day of Resurrection
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Github has a lot of diffrent uses, but that in it's self isn't why Github is important. Github is a popular control system that people and teachers use to be able to make a live website, or to make an assignment. Basic Github knowlegde is needed for a lot of job here are some examples
Like I said basic Github knowledge is needed for a lot of jobs, but why? Well is shows that you are good with computers, and in this century that is a really good thing to know how to do. Since everything now is about technology. Github knowledge also looks really good on a resume, just knowing how to make a live website on Github, can land you a really good job that pays a lot of money. How much money you ask? Well most computer type jobs pay a pretty good amount. Here are some examples.
| Jobs | Money Earned (Per Hour) |
|---|---|
| Computer Engineer | $55.73 |
| Game Programmers | $48.12 |
| Web Developer | $59 |
Thats a lot of money huh. As you can see knowing a little bit of Github, can actually help you get a good job and help you get enough money to be able to pay for every day expenses. Which now a days is really important. Now you don't have to learn Github to get a good job, but it helps you get a job a lot faster.
This is why Github is important, it helps to get good paying jobs, and it can even give you a scholarship. I don't know about you, but that sounds like a good idea to me.


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We got cats!
- strategize out-of-the-box supply-chains
- optimize robust e-commerce
- recontextualize bricks-and-clicks web services
- matrix back-end paradigms
- optimize best-of-breed methodologies
- matrix plug-and-play initiatives
- engineer 24/7 e-markets
- deliver one-to-one convergence
- synergize out-of-the-box action-items
- evolve back-end users
- morph cross-platform deliverables
- aggregate distributed e-markets


ESPN Analysts Give Brutally Honest Assessment Of Oklahoma’s Playoff Chances
by Matt HladikAfter rallying to beat undefeated Baylor on Saturday, Oklahoma fans were likely hoping for a nice bump in the new College Football Playoff Rankings.
Their hopes were dashed when the rankings were unmasked on ESPN moments ago and the Sooners came in at No. 9. Oklahoma gained just one spot from last weekend’s win.
The committee has made it clear. As of now, Oklahoma is pretty buried, and they are probably not going to get in at 12-1 without chaos, even if they win out and win the Big 12.
On the playoff rankings release show, ESPN’s Kirk Herbstreit and Rece Davis both offered honest analysis on OU’s playoff hopes. According to Davis, Sooner fans should be rooting for Arizona and Arizona State this weekend.
Looking at the rankings, Oklahoma needs to win out and have Georgia, Oregon, Utah and Penn State to all pick up a second loss.
Even if that happens, the Sooners could be 12-1 and the Big 12 champs and still get snubbed in favor of 11-1 Alabama, which is ranked fifth right now. The Crimson Tide lost star quarterback Tua Tagovailoa for the season on Saturday but did not drop in the rankings.
Oklahoma will close out the regular season with TCU and Oklahoma State before a likely trip to the Big 12 title game.


Buy Sticks
问题描述 :
Imyourgod need 3 kinds of sticks which have different sizes: 20cm, 28cm and 32cm. However the shop only sell 75-centimeter-long sticks.  How many sticks he must buy at least.
输入:
The first line of input contains a number t, which means there are t cases of the test data.
There will be several test cases in the problem, each in one line. Each test cases are described by 3 non-negtive-integers separated by one space representing the number of sticks of 20cm, 28cm and 32cm. All numbers are less than 10^6.
There will be several test cases in the problem, each in one line. Each test cases are described by 3 non-negtive-integers separated by one space representing the number of sticks of 20cm, 28cm and 32cm. All numbers are less than 10^6.
输出:
The first line of input contains a number t, which means there are t cases of the test data.
There will be several test cases in the problem, each in one line. Each test cases are described by 3 non-negtive-integers separated by one space representing the number of sticks of 20cm, 28cm and 32cm. All numbers are less than 10^6.
There will be several test cases in the problem, each in one line. Each test cases are described by 3 non-negtive-integers separated by one space representing the number of sticks of 20cm, 28cm and 32cm. All numbers are less than 10^6.
样例输入:
2 3 1 1 4 2 2
样例输出:
Case 1: 2 Case 2: 3
#include<iostream> using namespace std; int main() { int k1,k,i,n,x,y,z; while(cin>>n) { for(i=1;i<=n;i++) { k=0; cin>>x>>y>>z; while(x>=2&&z>=1) { z-=1; x-=2; k++; } while(x>=2&&y>=1) { y-=1; x-=2; k++; } while(z>=2) { z-=2; k++; } k1=x/3; x=x%3; k+=k1; while(z>=1&&y>=1) { z-=1; y-=1; k++; } while(y>=2) { y-=2; k++; } while(x>=2) { x-=2; k++; } if(x!=0||y!=0||z!=0) k++; cout<<"Case "<<i<<": "<<k<<endl; } } }
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你有病吧，人家招你惹你了
排版
能不能说一下tmp数组和solve都是干嘛的？
学习了
给力！
為甚麼fln*20+0.5f
通不过。
有点意思
这道题这里的解法最坏情况似乎应该是指数的。回溯的时候
O(n) = O(n-1) + O(n-2) + ….
O(n-1) = O(n-2) + O(n-3)+ …
O(n) – O(n-1) = O(n-1)
O(n) = 2O(n-1)
这个条件 “两个数的乘积最小”可以忽略
对，就是把这32位当成一个长度为32的数组
有没有C++语言的代码？
正是我要找的，适合新手
我是来看评论的
a是根先忽略掉，递归子树。剩下前缀bejkcfghid和后缀jkebfghicd，分拆的原则的是每个子树前缀和后缀的节点个数是一样的，根节点出现在前缀的第一个，后缀的最后一个。根节点b出现后缀的第四个位置，则第一部分为四个节点，前缀bejk，后缀jkeb，剩下的c出现在后缀的倒数第2个，就划分为cfghi和 fghic，第3部分就为c、c


My is first paragraph
This is second paragraph
This is third paragraph
this
is
bold
First column
Second column
First column
Second column
xyz
Execution Version


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File
object to exist without a file?
File
object?
File
Constructors
A File
object is constructed by a program and used
while it is running to manipulate a disk file and to get information about it.
When a program finishes, the File
object is no more,
but the file remains on disk (unless it has been deleted).
Here is one of the constructors for the class File
:
File( String pathName ) // Construct a File object for a file // with name pathName.
The path name of a file is a chain of directory names followed by a file name. The directory names are separated by a special character. The syntax for directory names, separators, and file names depends on the operating system. Here is a path name for a MS Windows file:
C:\MyFiles\Programs\Examples\someFile.txt
The directory separator character (for MS Windows) is "\". The last part of the path name, following the last separator, is the file name. Here is a Unix path name:
/usr/frodo/Programs/Examples/someFile.txt
Path names are relative or absolute.
An absolute path name gives the complete chain of
directories from the root directory to the file.
A relative path name starts with any directory
in the chain and continues to the file.
Both relative and absolute path names may be
used with the File
constructor.


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MTG - Deck builder
Menu:
Deck Builder
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Card information
All the information about cards retrieved from:
Srcyfall API
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FileSaver


 Time has really changed and
it has changed us too. It walked one step forward, unveiled its grace, alarmed us
and hen elated us.
Yesterday we complained about time and trembled at its terrors. But today we have learned
to love it and revere it, for now we understand its intents, its natural disposition, its
secrets and its mysteries.
Yesterday we were a toy in the hands of Destiny. But today Destiny has awakened from her
intoxication to play and laugh and walk with us. We do not follow her but she follows us.
Questions:
Explanation to Paper II
Passage- 1
a
b
d
d
b
Passage- 2
6. c
7. a
8. c
9. c
10. c
Passage-3
11. c
12. a
13. b
14. a
15. a


import KeyboardLayout from 'simple-keyboard/src/lib/services/KeyboardLayout.js'
KeyboardLayout
Keyboard Layout Service
Static Method Summary
| Static Public Methods | ||
| public static |
Get default simple-keyboard layout |
import KeyboardLayout from 'simple-keyboard/src/lib/services/KeyboardLayout.js'
Keyboard Layout Service
| Static Public Methods | ||
| public static |
Get default simple-keyboard layout |


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CPU Scheduling
Data
NumbersOfProcess
Algorithm
Quantum
Choose
1
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FCFS
SJF_P
SJF_NONP
RR
PS_P
PS_NONP
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CPU Requirement
Priority
Arriavl Time
Process1:
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Process3:
Choose
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Process4:
Choose
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Job Pool
Process #
Arrive Time
CPU Requirement
Priority
Process 1
Process 2
Process 3
Process 4
CPU
Current Process
Current Time
Total
Waiting
Turnaround
Process#
Total
1
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Gantt


Welcome to the Answer-Set Programming Chess Engine. This is in progress and not using ASP yet. However, it is a functional chess board with a random move AI. Feel free to play.


Introduction
Before we start, here is a short introduction for you to better understand the principles and theories behind Luda.
Why Luda?
You can know if Luda is for you through below core principle explations.
Luda is Lightweight
With internal components reusing and zero thirdparty dependencies, Luda is much more lightweight than many other UI frameworks, but still includes many components and keep growing.
Luda is Modular
Luda provides modular support as deep as possible for Node.js based assets tools and Rake based assets tools. You can import what you need in Sass, Webpack, Rollup, Sprokets and many others.
Designed for Lazy Developers
Based on mutation observer, Luda component handles lifecycle automitaclly, no more manual Javascript control.Every component handles its document flow internally, you can position it in or out of the normal document flow without any worry.
Designed for Creative Designers
Luda provides different themes and the sass code is idempotent.All styles can be easily customized by overriding sass variables and definations. Kindly, common design concepts are also built in, like type scale, column grid, baseline grid and more.
Component Categories
Luda components are classified into different types, you can follow this architecture to extend Luda.
Element
Elements are basic visible units to create user interface. Each element has a specfic function, they don’t rely on other elements. They can be used alone or combined together to create UI patterns. For example, button
can exist alone or combined to create a button group
.
Pattern
Patterns are implementations of generally used UI design patterns. They can be combinations or extensions based on elements or other collections. For example, form button
is a search bar like component. It’s the combination of a form text field
element and a button
element.
Utility
Most utilities are single css rule with important declaration, they are used to define universal pattern or fast override built in styles. For example, the utility .rel
contains a single css rule positon:relative !important
.
Behavior
Behaviors are pure javascript components or functional css, they are used to control or enhance interaction actions. For example, radio tab
enhances html radio elements, it makes radios navigatable through tab
key.


{% extends "layout.html" %} {% block page_title %} Hospital {% endblock %} {% block content %} {% include "../includes/phase_banner_beta.html" %} Back Hospital Are you currently in hospital as an in-patient? Yes No When were you admitted to hospital? DD MM YYYY Day Month Year Name of hospital Save and come back later {% include "../includes/help.html" %} {% endblock %}
DD MM YYYY
Save and come back later


Please allow me to introduce myself.
I'm Jennifer (aka JDawnInk) - Graphic Designer and Illustrator of 15 years
(or quite possibly more). Design and Illustration are my passion.
I originally began my career as a Graphic Designer working full-time within
Marketing & Communications department of various corporations such
as the Hotel & Travel Industry and Financial Industry. Later in my
career, I established myself as a fine artist and Illustrator. I have a
large portfolio of digital illustrations
here. I specialize in typography,
hand-lettering, vintage and retro designs. My work is primarily focused
in digital and vector-based design mediums. I have developed a niche market
and drawing style which you will see within the works featured on my website.
I also enjoy creating fine art and have many acrylic and mixed-media abstract
works to my repertoire. To view some of my abstract painted works you can
click
here.
Do you need a Design or Illustration?
You could be looking for a complete a Design (meaning a designed layout
or brochure which includes or combines type and graphic elements). You
may need a complete illustration or bits and pieces of an illustration.
You could be looking for an entire brand design or redesign a logo or label. All of
these things you may need I'm fully capable of producing from start to
finish.
If you’re interested in working with me for your next illustration or
design project, or you just want to say hello, please feel free to contact
me using the link above.
Who is JDawnInk?
J-Dawn-Ink is an amalgamation of my first name Jennifer and my middle
name Dawn followed by Ink. I created the alias JDawnInk (that's J-Dawn-Ink)
in 2010. It is also my contributor name on iStockphoto.com.
A few more details...
• Lover of vintage art and design, texture and ‘worn’ elements, handmade,
vintage labels and bottles, antique typewriters
• Bob Ross taught me to paint
• Anything Woody Allen, Brazil by Terry Gilliam, Sci-Fi, Chinatown, Phantom
of the Paradise
• Americano with cream only
• Vinyl LPs over cds
• Paul Williams, Deftones, Al Jourgensen, T-Rex (anything Bolan), The
Slider, Sade, Robert Smith, Peter Sellers, Mike Patton, Claude.
• Cat and dog person
• Bobby's meatballs, bacon & eggs


Brush fire starts after vehicle goes over Highway 39 in Angeles National Forest; 2 injured
ANGELES NATIONAL FOREST (KABC) -- Two people were injured after a vehicle drove off the side of Highway 39, causing a brush fire to erupt in the Angeles National Forest.
The fire erupted at about midnight Tuesday near the Crystal Lake Campground area, according to the Los Angeles County Fire Department. Officials said the driver lost control and went over the edge of the highway.
L.A. County Fire said the two people were transported with significant injuries as the blaze was burning about 5 to 7 acres at a moderate pace. The fire was 50% contained by 5 a.m.
There were no evacuations ordered due to the fire.
The Angeles National Forest is handling the incident.
As many as three helicopters conducting water drops and five engines were at the scene for the fire.
Highway 39 was closed in the area of East Fork Road.


System Architect Picture "Image Valued Characteristic"
Parent Diagram:
Subject Characteristic
(OMT Object Model)


{% extends "base.html" %} {% block title %}{% trans "page title" %}Import codebook{% endtrans %} | Taguette{% endblock %} {% block contents %}
{% trans %}Use this form to import an existing codebook into your project. Existing tags will not be deleted, new tags will be added alongside them.{% endtrans %}
{% trans %}The file should have a column for the tag names, called 'name' or 'tag' or 'path'. It can also optionally have a column called 'description'. Other columns are ignored.{% endtrans %}
{% if error %}


This long, narrow sandy island lies between Norderney and Borkum. It is a quiet place as only the fire and medical services have motorised vehicles. Bikes and horse-drawn carts are the normal form of transport. There are two villages on the island; Juist, in the centre and Loog, a mile to the west.
Position 53° 40.15N, 6° 59.5E.
The approach to the harbour requires careful timing and pilotage. The lighthouse is merely ornamental and does not serve a navigational purpose. If the ferry is in the fairway to the port, wait until it is either berthed or clear before approaching.
The harbour at Juist : © Christiane Schnee
The harbour dries so only boats which can take the ground can remain more than an hour or so.
Last updated August 2013.


{% load i18n %}
Registration Counts
{{ competition.title }} - {{ season.title }}
{% regroup teams by club_id as clubs %}
Club
Team
Division
Players
Non players
{% for club in clubs %}
{% for team in club.list %}
{% ifchanged team.club_id %} {{ team.club.title }} {% endifchanged %}
{{ team.title }}
{{ team.division.title }}
{{ team.player_count|default_if_none:0 }}
{{ team.non_player_count|default_if_none:0 }}
{% endfor %}
{% endfor %}


When discharging it returned 1, as i had more than 66% battery
When charging it returned 9. Isn't it supposed to return 8?
I only want to know if the battery is charging or discharging, should i use another funtion?
Re-read the description of BatteryFlag. It actually contains bit flags. The reason it is 9 is because both flags 8 and 1 are set(that's 8 OR 1). To see if charging check flag 8 only, e.g,


About
Work
Contact
I'm Kayla.
a web developer
Welcome to my portfolio
Landing Page
Survey Form
Personal Website
Tindog Website
see more...
Let's talk?


This tutorial is an introduction to the VossII software suite, and the "fl" programming language used to interface with it. The tutorial assumes that you are familiar with at least one other programming language, and after completing it you will be able to read and write simple programs in fl, as well as know where to look for more in-depth information on any particular fl-related topic.
VossII is a software suite for describing visualising, analysing and proving properties about integrated circuits.
Similar to many theorem provers, the VossII command language for the verification system is a general purpose programming language. In fact, the fl language shows a strong degree of influence from the version of ML used in the HOL-88 system. However, there are several differences; many syntactic but some more fundamental.
In particular, the functional language used in VossII has lazy evaluation semantics. In other words, no expression is evaluated until it is absolutely needed. Similarly, no expression is evaluated more than once. Another difference is that Boolean functions are first-class objects and can be created, evaluated, compared and printed out. For efficiency reasons these Boolean functions are represented as ordered binary decision diagrams.
If the VosSII system installed on your system and available on your $PATH
, simply run the command fl
in a terminal window to get a stand-alone version of fl.
The fl
program accepts a number of arguments. More specifically:
-f FILE
: start fl by first reading in the content of the file named FILE
.-I DIR
: Set the default search directory to DIR
.-noX
or --noX
: do not use the graphical (X-windows) interface. Useful when running batch oriented jobs. Note that any calls to graphics primitives will fail with a runtime exception when fl is run in the -noX
mode.-use_stdin
or --use_stdin
: read input from stdin
as well as from the graphical interface.-use_stdout
or --use_stdout
: write output from stdout as well as from the graphical interface.--read_input_from_file FILE
: read input continously from the file FILE
.--write_output_to_file FILE
: write output to the file FILE
in addition to the graphical user interface.-r SEED
: initialize the random number generator with the seed SEED
. This allows the rvariable
command to create new sets of random variable values. See the rvariable
command description in sect. 3 of the fl user's guide for more details.-v FILE
: store the variable ordering obtained by dynamic variable re-ordering in the file FILE
.-h
or --help
: print out the available options and quit.Any additional arguments to fl
will be stored in the fl expression ARGS
as a list of strings. For example, the command fl We must do 123 situps
would yield:
While it is perfectly possible to run the stand-alone fl interpreter in this manner, VossII meant to be used as an interactive tool. As interactive tools are often best used in tight integration with a text editor, we provide VossII integration with Emacs, vim and visual studio code. These integrations provide syntax highlighting and fl command execution directly from the respective text editor.
You can find these integrations, along with documentation on how to install and use them, in the modes
directory of the fl binary and source distributions.
Fl has an interactive help system, which you can access by pressing the Help button in the upper right corner of the stand-alone interpreter or by calling the open_help ()
function from within fl.
Whenever a function is defined, it is added to the online help system. Furthermore, if the function declaration is preceeded by some comments (lines started with //), the comments will be displayed together with information of the fixity (if any), number and types of input arguments, as well as the type of the result of the function. Also, if the function is defined by fl code, there will be a live link to the code used to define the function. The help system allow the user to serach by name, file, argument type(s) or resulting type using regular globbing style patterns.
Now that we've covered the essentials of running the software, let's jump straight into...
Like all self-respecting programming language tutorials, this one starts by writing the Hello World program. Open up the fl interpreter (or the fl mode in your editor, if that's your style) and enter the following program, which applies the function print
to the string "Hello, World!\n"
:
Unsurprisingly, this results in the interpreter echoing back "Hello, world!" However, print
is commonly a statement, but fl, being a functional language, does not have statements - only expressions.
Since we know that all expressions have types, this begs the question: what is the type of print
? We can find out by simply typing the function print
without giving it an argument.
As we can see, print
has the type string -> void
; a function which takes a single argument of type string
and returns a value of type void
. While string
is relatively self-explanatory, what is the meaning of void
?
void
is a singleton (i.e. inhabited by a single value) type, which is commonly returned from functions which only exist to perform effects. print
is such a function, as it prints its argument to the user interface, and does nothing else.
As you have probably deduced from these examples, fl uses the semicolon (;
) to denote the end of a top-level expression. This means that you can write long expressions, and even string literals, across multiple lines as long as you terminate the expression with a semicolon:
All fl programs consist of zero or more expressions, where each expression has a type. We've already seen the string
and void
types, and fl comes with a rich library of types right out of the box:
int
: arbitrary precision integers;float
/double
: single and double precision floating point numbers;string
: 8 bit ASCII strings;bool
: Boolean functions encoded using binary decision diagrams;* list
: lists where all elements have the same type *
;* # ** # ...
: tuples whose elements may have different types;* -> ** -> ... -> ***
: functions from type *
, **
, etc. to ***
;Arithmetic expressions behave as you would expect them to in any programming language:
Lists are defined either as a comma-separated list of items enclosed in brackets, or by using the :
("cons") operator on an element and another list. Tuples are defined as a comma-separated list of items, which may optionally be enclosed in parentheses.
Constants and functions may be declared using the let
keyword. For instance, we can define a constant zero
and the successor function succ
as follows:
As a functional language, fl lets you declare anonymous functions using lambda expressions. This can be very handy to, say, separate the traversal of some data structure from the operation performed on each element. Lambda expressions are of the form \var. expression
, where var
is the name of the function's argument and expression
is its body.
The following example uses the built-in function map
to compute the square of each element of a list.
Sometimes we may want to create anonymous functions with more than one argument. When this is the case, we may simply nest lambda expressions:
Functions may use pattern matching to case split on their arguments: when the function's argument matches what's found to the left of the =
, return the expression to the right. For example, we can define the following rather sloppy function to convert an integer to a natural language representation in English.
Note the use of an underscore as the pattern of the "many"
case at the end. An underscore or a variable name matches any value when used in a pattern. The only difference between the two is that using a variable in a pattern will bind the corresponding value to that variable on the right-hand side of the =
, whereas an underscore will just match the value and not bind it.
Note the use of the /\
"legs" construct to introduce additional cases of the to_string
function, and the semicolon terminating the final case.
It is important to remember that let
-bindings are not recursive by default. Thus, the following attempt to write the factorial function fails miserably:
Instead, we must use the letrec
keyword to define recursive functions:
While fl is statically typed, we have yet to see any type annotations. This is because fl implicitly infers the type of any expression we write. Numeric literals without decimals are assumed to be of type int
, and literals with decimals are assumed to be of type float
. Fl always tries infer the most general type for an expression, which means that we can, for instance, write a function to extract the first element of a tuple which works for all tuples:
However, sometimes we want to use more specific types, help the type checker infer our types by providing extra information, or just be explicit about the types of a function. In this case, we can use the ::
type annotation operator on an expression, and enclose the annotated expression in curly braces:
Note how the type of the function changes from (* # **) -> *
to (string # *) -> string
, and how we now get a type error if we try to apply the function to a tuple with a non-string
first element.
We can also use type annotations in patterns, to the left of the =
, or on a more complex expression rather than just an identifier:
fl employs lexical scoping. This means that a function which refers to some other identifier will keep referring to the identifier which was in scope at the time of definition, even if that identifier is later redefined. Consider this example, where two
is overwritten, but the return value of the function addTwo
which refers to it remains the same.
This is in contrast to dynamically scoped languages like Emacs Lisp, where functions instead use the version of the identifier in scope at the time of application.
Expressions may be either typed into the interpreter directly, or stored in a script for later execution. Scripts typically have the .fl
file extension, and can be loaded using the load
function. To try it out, save the following program to a file named hello.fl
:
print "Hello, World!\n";
print "This print brought to you by a .fl script!\n";
The load
function looks for script files relative to the current working directory.
To load a script relative to the currently executing script, you can use the DIR
environment which contains the directory in which the currently executing script resides.
Then, load it in the interpreter:
Loading a script will execute the file line by line, as though it were manually typed into the interpreter. This means that you can load a script twice (or more), and the whole file will be executed anew. This is handy when you've updated your script and want to make those changes visible to the interpreter. Note, however, that this is equivalent to redeclaring everything in the script. This can cause unpleasant side-effects if you've made changes to a type in your script, which some function defined in another script or interactively depends on.
Fl programs (scripts as well as those entered directly into the interpreter) may have comments, preceded by two slashes:
print "Hello, World!\n";
// Look at me, I'm a comment!
print "This print brought to you by a .fl script!\n";
Comments begin with two slashes, and extend until the end of the line. It is worth reiterating, that comments placed before a constant of function definition will be picked up and displayed by the help system when viewing that entry, to properly documenting your code is highly recommended!
In addition to the built-in ones, fl allows you to define your own data types using the lettype
keyword. Each type consists of one or more data constructors which each have zero or more arguments. For instance, we can model a playing card using the following types:
A word of warning: while it is possible to redefine a previously declared type, any function referring to that type must also be defined anew, with the new type definition in scope.
The behavior of a function referring to a type which has been redefined is undefined!
Note how fl lists all of the new definitions introduced by the rank
type declaration:
ace
, king
, queen
and jack
: the data constructors of the type, which can be used to create new values of the type and to match them in patterns.write_rank
: an automatically generated function which writes its argument to a file. One such function is generated for each new type.read_rank
: counterpart to write_rank
, this function reads a rank
back from a file previously created by write_rank
.After declaring our own data types, we can also pattern match on their data constructors. A constructor pattern takes the form of <constructor> arg1 arg2 ...
. As a concrete example, we may want to define a function which tells us whether the first of two card ranks is higher than the second one:
While not listed by fl, each new type also gets an automatically derived instance of the equality (==
) and inequality (!=
) operators. Thus, you can do things like ace == king
or card spades jack != card clubs (numeric 1)
without having to write any extra boilerplate!
We can also use the new_type_abbrev
keyword to define type synonyms, for types which already exist but may have some particular semantics in our problem domain. We may want to, say, define a hand of cards as a list
of card
s:
Boolean expressions in fl are handled rather differently compared to other languages. Instead of being fixed values which are either true or false, boolean expressions are literally expressions, represented as ordered binary decision diagrams, or OBDDs.
As long as we are content with using expressions built from the atomic T
and F
constants (representing true and false respectively), Booleans behave as in any other language:
However, once we add variables - Boolean expressions with no well-defined value - into the mix, things start to get interesting. The following example defines a function which given a list of Boolean functions returns the Boolean function determining whether there is exactly one function in the given list that evaluates to T
.
There is no connection between the string passed to the variable
function and the identifier to the left of the equality sign. You could just as well write let x = variable "foo";
or variable "x" == variable "y";
As we can see, the result of applying the mutex_list
function is not merely a F
or I don't know, maybe?
, but the exact function that will satisfy the predicate described by mutex_list
!
OBDDs efficiently represent Boolean functions in a canonical format, meaning that we can easily check whether two very different-looking boolean expressions encode the same function. In the following example, we verify that DeMorgan's law - i.e. that the negation of a conjunction of two values is equivalent to the disjunction of the negations of those same values - holds for all values:
Note that both ==
and =
can be used in Boolean expressions, but with different semantics: a == b
means "are the expressions a
and b
literally the same Boolean function", whereas a = b
denotes the Boolean function which is true when a
and b
are equal.
Thus, variable "p" = variable "q"
evaluates to (p ∧ q) ∨ (¬p ∧ ¬q)
while variable "p" == variable "q"
evaluates to ⊥
.
As a more complicated example, let's consider the problem of reachability in a state space: given a list of possible state transitions and a starting state s
, is it possible to reach a given target state t
? Modeling this problem in a conventional language can be troublesome: how do we represent the states and, above all, how do we explore the state space to figure out which states are connected?
In fl, we can model the state space as a list of named Boolean variables, and the transition table as a list of implication relations. If a transition is possible from state a
to state b
, then we say that that a
implies b
. We create a list of such transition relations and posit that each such Boolean term in the list is valid. Then, if the resulting logical conjunction trivially implies a transition relation from s
to t
, we know that s
is reachable from t
.
Thanks to Booleans being represented by OBDDs, both the creation of the reachability expression, and checking whether the resulting expression is valid, is relatively easy.
Fl supports fixity declarations for functions. In this example, infixr 5 implies
means that the function implies
is used as an infix function (similar to operators like +
, AND
, etc.), and is right-associative with priority 5. Other possible fixities are infixl
(for left-associative infix functions), and postfix
.
The VARS
function takes a string of space-separated variable names and introduces a new variable for each name into the current scope.
We can also quantify over variables. Either by introducing new, quantified, variables with the forall (!x. expr
) and exists (?x. expr
) operators, or by quantifying over some free variable in a Boolean expression using the Quant_forall
and Quant_thereis
functions. As an example of quantification, consider this alternative formulation of DeMorgan's law:
To quantify over a some variable(s) in a pre-existing formula, we instead use the Quant_forall
and Quant_thereis
functions. For instance, note how the reachable
function of our reachability example returns a nice, clear T
when the goal state is reachable from the starting state, but returns a long Boolean formula when it is not. To make the output a bit more readable, we can quantify the expression over all variables used in the transition table.
The depends
function takes a Boolean expression and returns the names of the variable upon which the expression depends, as a list of strings. Very handy in combination with Quant_forall
and Quant_thereis
!
As fl's main purpose in life is to help you debug and visualise models of integrated circuits, it also comes with an embedded language to describe circuits and an easy to use visual symbolic simulator for circuits. While the description language and details of the simulator are not in the scope of this tutorial (see the fl user guide for that), we will demonstrate how to load and run simulations on a small Verilog circuit, to whet your appetite.
For this example we will use the following two Verilog files:
// File: small_lib.v
module mux2(
din_0, // Mux first input
din_1, // Mux Second input
sel, // Select input
mux_out // Mux output
);
//-----------Input Ports---------------
input din_0, din_1, sel ;
//-----------Output Ports---------------
output mux_out;
//------------Internal Variables--------
reg mux_out;
//-------------Code Starts Here---------
always @*
begin : MUX
case(sel)
1'b0 : mux_out = din_0;
1'b1 : mux_out = din_1;
endcase
end
endmodule
// File: small.v
module mux4(
din_0, // Mux first input
din_1, // Mux Second input
din_2, // Mux Third input
din_3, // Mux Fourth input
sel, // Select input
mux_out // Mux output
);
//-----------Input Ports---------------
input din_0, din_1, din_2, din_3 ;
input [1:0] sel ;
//-----------Output Ports---------------
output mux_out;
//------------Internal Variables--------
reg mux_out;
reg mid01, mid23;
//-------------Code Starts Here---------
mux2 mux1 (.din_0(din_0), .din_1(din_1), .sel(sel[0]), .mux_out(mid01));
mux2 mux2 (.din_0(din_2), .din_1(din_3), .sel(sel[0]), .mux_out(mid23));
mux2 mux12 (.din_0(mid01), .din_1(mid23), .sel(sel[1]), .mux_out(mux_out));
endmodule
Once we have created these files, we can first load fl's Symbolic Trajectory Evaluation - STE for short - library, and then load the Verilog files into fl:
Then, to use the simulator, we need to first convert the pexlif circuit to an fsm, and load it into the simulator.
This will load your circuit into the simulator without running any actual simulations over it. You will still be able to inspect your circuit, but you will not be able to step through it clock for clock.
After doing this, you can launch the visualiser by running STE_debug fsm;
in the interpreter. You will see a window that looks a lot like this:
To be able to step through your circuit clock for clock, track information flows through it, visualise state machines present in it, etc., you need to provide a list of clock for clock antecedents when calling the STE
function. See the final chapter of the fl user guide for more information about how to do this.
Select the mux_out
field in the list to the left, then click the Fanin
button. This will take you to the fanin view of your circuit.
From here, you can inspect and play around with your circuit to your heart's content; extremely handy for finding and diagnosing bugs in your circuits!
Congratulations on completing this tutorial! Hopefully, you are now equipped to confidently find your way around the fl language and its interpreter.
What is your next step on your journey to VossII mastery? A few suggestions:
Documentation about the hardware description language, visualization, and (almost) all of fl's built-in functions can be found in the VossII user guide. You will find this guide in our release repository, or at doc/fl_guide.pdf
in the VossII source or binary distribution.
More information about installing and configuring editor integrations is available from here, and the complete guide to using and building fl plugins in Haskell can be found here.


Gloucester Man Who Failed Driving Theory 27 Times Pays Impersonator £500 To Take Test
by Emily BrownA Gloucester man went to extreme lengths after failing his driving theory test 27 times, paying an impersonator £500 to take it for him.
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Failing a test is always disheartening but I can only imagine the frustration of failing a test 27 times. After all that disappointment, I can almost understand 31-year-old Sujon Miah’s reasons for hiring an impersonator.
I say ‘almost’ because in reality it’s a very dangerous thing to do. If you can’t pass the driving theory test yourself then you’re obviously lacking some knowledge, and you really shouldn’t be let loose on the road.
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Miah was obviously desperate when he shelled out hundreds of pounds to his accomplice, who sat the test in November 2018. He would have gotten away with it, too, if it weren’t for those meddling… staff at the theory test centre.
The employees became suspicious when they realised Miah’s licence picture did not match the person who was taking the test, so they challenged the impersonator and put a stop to Miah’s plot.
Investigators took Miah to court, and during an interview the 31-year-old admitted he had paid £500 for someone else to take the test.
It also emerged that despite getting foiled the first time, he had carried out his plot once again earlier this year.
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The second impersonator managed to go unnoticed and had passed the test, meaning Miah finally had the theory part of his licence sorted. However, the pass was later revoked when the truth surrounding his test came out.
Miah pleaded guilty to two counts of making or supplying articles for use in fraud for a driving theory test by supplying his provisional driving licence to an impersonator to carry out a test in his behalf.
Andy Rice, the Driver and Vehicle Standards Agency (DVSA) head of counter fraud and investigation, said 1,065 cases of driving theory test fraud had been referred for investigation since April 2019, Gloucestershire Live reports. So far, 136 of the cases have been referred for prosecution.
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Commenting on the issue, Rice said:
DVSA’s priority is protecting everyone from unsafe drivers and vehicles.
Our theory tests are designed to ensure that future drivers have the right knowledge and attitude to drive safely and responsibly.
We use all of our powers to seek punishment for anyone caught cheating their theory test to reduce the risk of dangerous driving on our roads. These sentences show the courts take this issue seriously.
Miah went to Swindon Crown Court on November 1, where he was given a 14-month sentence suspended for two years and a 200-hour unpaid work order.
The court also ordered him to pay £400 court costs and a victim surcharge.
Emily Brown first began delivering important news stories aged just 13, when she launched her career with a paper round. She graduated with a BA Hons in English Language in the Media from Lancaster University, and went on to become a freelance writer and blogger. Emily contributed to The Sunday Times Travel Magazine and Student Problems before becoming a journalist at UNILAD, where she works on breaking news as well as longer form features.


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| Firstname | Lastname | |
|---|---|---|
| Default | Defaultson |<EMAIL_ADDRESS>|
| Success | Doe |<EMAIL_ADDRESS>|
| Danger | Moe |<EMAIL_ADDRESS>|
| Info | Dooley |<EMAIL_ADDRESS>|
| Warning | Refs |<EMAIL_ADDRESS>|
| Active | Activeson |<EMAIL_ADDRESS>|
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Welcome to ArviZ!
Exploratory Analysis of Bayesian Models
Go to ArviZ docs in your favourite language clicking on the logos below


contact us We are always glad to hear you! send us an emai and let us know what u want today. Owner Name- Deepak Gupta


Emmerdale fans suspect double pregnancy twist for Moira and Kerry after Cain discovery
Emmerdale viewers believe a baby twist is about to rock the Dales, after Kerry Wyatt and Moira Dingle's recent flings with father and son Nate and Cain
by Charlotte TuttonEmmerdale viewers are expecting a double baby twist is on the horizon, after Kerry's one-night stand with Cain Dingle was exposed to daughter Amy, and Cain's wife Moira.
Cain got drunk and slept with the grandmother of his son Kyle in retaliation to his own heartache.
Last month saw him discover wife Moira had been having an affair with farmhand Nate Robinson, who then turned out to be his secret son.
Nate has been trying to make amends ever since over his bid for revenge against dad Cain, not realising until recent scenes that he didn't even know he existed.
Moira also wanted to make things up to Cain, who is determined they're over for good.
But in the latest episode of the ITV soap, Kyle's mother Amy was repulsed to find out Cain and her mum Kerry had slept together.
She ended up storming out after issuing her mother some home truths.
Now, with both Moira and Kerry having had flings in recent weeks viewers are predicting one of them or even both of them will fall pregnant.
This is soap land after all, and how else to make a dramatic affair even more dramatic than a baby bombshell.
Viewers think Kerry will discover she is pregnant with Cain's child.
Not only that, but viewers are wondering if Moira will also uncover her own pregnancy with husband Cain's son Nate.
One viewer put: "I reckon Kerry and Moira will both end up pregnant ..."
Another said: "Yea Kerry is gonna get pregnant."
A third tweeted: "I’ve got a feeling Moira is pregnant - this Nate story is going to drag on for ages and I think there will be a paternity mystery."
Emmerdale airs weeknights at 7pm on ITV, with an extra episode at 8pm on Thursdays.


// we stack the filtered signals to build an extended signal
frequencies = [13., 17., 21.]
freq_band = 0.1
ext_signal = np.empty_like(eeg_data[0, :])
for f in frequencies:
ext_signal = np.vstack((ext_signal,
_butter_bandpass(eeg_data,
lowcut=f-freq_band,
ext_signal = np.vstack([_butter_bandpass(eeg_data, fs=sfreq,
lowcut=f-freq_band,
highcut=f+freq_band)
for f in frequencies])
// and we build an array with the signal for each trial
ext_trials = list()