public interface CycConnection
| Modifier and Type | Field and Description |
|---|---|
static int |
API_TRACE_DETAILED
Detailed api trace.
|
static int |
API_TRACE_MESSAGES
Message-level api trace.
|
static int |
API_TRACE_NONE
No api trace.
|
static Integer |
BACKGROUND_PRIORITY |
static int |
BINARY_MODE
CFASL (binary) mode connection to the Cyc server (preferred).
|
static int |
CFASL_PORT_OFFSET
CFASL (binary) port offset for the OpenCyc server.
|
static Integer |
CRITICAL_PRIORITY |
static int |
DEFAULT_PRIORITY |
static int |
HTTP_PORT_OFFSET
HTTP port offset for the OpenCyc server.
|
static Integer |
MAX_PRIORITY
The priorities for the task processors.
|
static Integer |
MIN_PRIORITY |
static Integer |
NORMAL_PRIORITY |
static int |
WEBAPP_PORT_OFFSET
HTTP port offset for the OpenCyc webapp server.
|
| Modifier and Type | Method and Description |
|---|---|
void |
abortCommunication(Worker worker)
Cancels the communication associated with the given Worker.
|
void |
cancelCommunication(Worker worker)
Cancels the communication associated with the given Worker.
|
void |
close()
Closes the api sockets and streams.
|
boolean |
connectedToStaticCyc()
Is this CycConnection a connect to a specific Cyc server that will not change over the lifetime
of this connection?
|
String |
connectionInfo()
Returns connection information, suitable for diagnostics.
|
Object[] |
converse(Object message)
Sends a message to Cyc and return the Boolean true as the first element of an object
array, and the cyc response Symbolic Expression as the second element.
|
Object[] |
converse(Object message,
Timer timeout)
Sends a message to Cyc and return the response code as the first element of an object array,
and the cyc response Symbolic Expression as the second element, spending no less time than the
specified timer allows but throwing a
CycTimeOutException at the first opportunity
where that time limit is exceeded. |
Object[] |
converseBinary(CycList message,
Timer timeout)
Sends a message to Cyc and return the response code as the first element of an object array,
and the cyc response Symbolic Expression as the second element, spending no less time than the
specified timer allows but throwing a
CycTimeOutException at the first opportunity
where that time limit is exceeded. |
void |
converseBinary(Worker worker)
Send a message to Cyc spending no less time than the specified timer allows but throwing a
CycTimeOutException at the first opportunity where that time limit is exceeded. |
int |
getBasePort()
Returns the base port of this connection.
|
int |
getConnectionType()
Returns the connection type of the parent CycAccess object.
|
Map<InputStream,LeaseManager> |
getCycLeaseManagerCommMap() |
Map<String,LeaseManager> |
getCycLeaseManagerMap() |
String |
getHostName()
Returns the hostname of this connection.
|
int |
getHttpPort() |
String |
getResolvedHostName()
Returns the resolved hostname of this connection.
|
int |
getTrace()
Returns the trace value.
|
UUID |
getUuid()
Returns the UUID that identifies this java api client connection.
|
void |
setCycLeaseManagerCommMap(Map<InputStream,LeaseManager> cycLeaseManagerCommMap) |
void |
setCycLeaseManagerMap(Map<String,LeaseManager> cycLeaseManagerMap) |
void |
setTrace(int trace)
Sets the trace value.
|
void |
setupNewCommConnection(InputStream is) |
void |
traceOff()
Turns off the diagnostic trace of socket messages.
|
void |
traceOn()
Turns on the diagnostic trace of socket messages.
|
void |
traceOnDetailed()
Turns on the detailed diagnostic trace of socket messages.
|
static final int HTTP_PORT_OFFSET
static final int WEBAPP_PORT_OFFSET
static final int CFASL_PORT_OFFSET
static final int API_TRACE_NONE
static final int API_TRACE_MESSAGES
static final int API_TRACE_DETAILED
static final int BINARY_MODE
static final Integer MAX_PRIORITY
SL:SET-PROCESS-PRIORITY
static final Integer CRITICAL_PRIORITY
static final Integer NORMAL_PRIORITY
static final Integer BACKGROUND_PRIORITY
static final Integer MIN_PRIORITY
static final int DEFAULT_PRIORITY
Object[] converse(Object message) throws CycConnectionException, CycApiException
message
- the api commandCycConnectionException
- when a communication error occurs or the time limit is exceededCycApiException
Object[] converse(Object message, Timer timeout) throws CycConnectionException, CycTimeOutException, CycApiException
CycTimeOutException
at the first opportunity
where that time limit is exceeded. If an error occurs the second element is the error message
string.message
- the api command which must be a String or a CycListtimeout
- a Timer object giving the time limit for the api callCycConnectionException
- when a communication error occurs or the time limit is exceededCycTimeOutException
CycApiException
Object[] converseBinary(CycList message, Timer timeout) throws CycConnectionException, CycTimeOutException, CycApiException
CycTimeOutException
at the first opportunity
where that time limit is exceeded. If an error occurs the second element is the error message
string. The concurrent mode of Cyc server communication is supported by Cyc's pool of
transaction processor threads, each of which can concurrently process an api request.
The CFASL input and output streams are encoded in Base64 format.message
- the api commandtimeout
- a Timer object giving the time limit for the api callCycConnectionException
- when a communication error occurs or the time limit is exceededCycTimeOutException
CycApiException
void converseBinary(Worker worker) throws CycConnectionException, CycTimeOutException, CycApiException
CycTimeOutException
at the first opportunity where that time limit is exceeded.
The concurrent mode of Cyc server communication is supported by Cyc's pool of transaction
processor threads, each of which can concurrently process an api request. The Worker object
notifies the caller when the api response is aschronously received.worker
- a Worker object that notifies the caller when work is doneCycConnectionException
- when a communication error occurs or the time limit is exceededCycApiException
- when a Cyc api error occursCycTimeOutException
String connectionInfo()
void close()
int getTrace()
int getConnectionType()
boolean connectedToStaticCyc()
void setTrace(int trace)
trace
- the trace valuevoid traceOff()
void traceOn()
void traceOnDetailed()
UUID getUuid()
String getHostName()
String
denoting this hostname.String getResolvedHostName()
String
denoting this hostname.int getBasePort()
int
of this connection's base port.int getHttpPort()
void cancelCommunication(Worker worker) throws CycConnectionException
worker
- the given WorkerCycConnectionException
- when a communication error occurs or the time limit is exceededvoid abortCommunication(Worker worker) throws CycConnectionException
worker
- the given WorkerCycConnectionException
- when a communication error occurs or the time limit is exceededvoid setupNewCommConnection(InputStream is) throws CycConnectionException, CycApiException
Map<String,LeaseManager> getCycLeaseManagerMap()
void setCycLeaseManagerMap(Map<String,LeaseManager> cycLeaseManagerMap)
Map<InputStream,LeaseManager> getCycLeaseManagerCommMap()
void setCycLeaseManagerCommMap(Map<InputStream,LeaseManager> cycLeaseManagerCommMap)
Copyright © 2013–2018 Cycorp, Inc. All rights reserved.


It's been another busy month at the hive! The progress we made in May isn't as obvious as last month - but the changes that have been made are an essential part of ensuring we have a stable foundation for future work on the BeeWare ecosystem.
What we've done
During May:
- We updated the Apple support packages. These updates aren't just a version bump - they also added support that enables the iOS emulator to run natively on M1 devices. This required a major restructure of the way the support packages are bundled, using Apple's new XCframework library packaging format.
- We addressed an issue with the use of ctypes on physical iOS devices. ctypes is a core part of the infrastructure we use to integrate with the iOS system libraries, so resolving this bug was critical for distributing apps. The fix was deep in the core of libFFI, and has been submitted for integration into the upstream project.
- We released an Android support package for Python 3.10, as well as updated support packages for Python 3.7, 3.8, and 3.9. These support packages dramatically are now dramatically smaller, and result in smaller end-user applications, thanks to some compiler flag optimisations suggested by the community.
- We began the process of adding support for Python 3.11 to the Apple and Android support packages. This is the first time BeeWare has been able to contribute prerelease testing to the CPython project. In the process, we discovered a small backwards incompatibility. Baring major incidents, we should be in a position to release BeeWare's support for Python 3.11 on the same day as the official 3.11.0 is finalised.
- We developed an acceptance test suite for the Apple and Android support packages. This test suite tests for features in the Python core that have a history of being broken (such as modules in the standard library that have binary components, but have been incorrectly compiled or inadvertently excluded from the build). This test suite isn't yet formally integrated into the build process, but the hope is that it will be in the near future.
- We modified Briefcase so that it is able to run the Android emulator on M1 hardware. This required a major rebuild of the way the Android SDK tooling is managed.
- We made further improvements to the log capture tools on macOS. This ensures that the first few seconds of application logs are reliably captured, and the log stream is terminated when the app exits.
- We started the introduction of Black as a part of BeeWare's development tooling. BeeWare's repositories have always enforced code style guidelines, and those code styles are very closely aligned with Black's choices. With Black formally moving out of Beta status at the start of this year, the time has come to start adopting Black as a formal project requirement. For now, Briefcase is the only project that has formally adopted Black, but you can expect this to continue to roll out over the other projects in BeeWare over the coming months.
- We resolved some minor bugs that were present in the 0.3.0dev33 release of Toga. Most important of these was a bug that prevented the BeeWare tutorial running on iOS devices.
Many of these changes either began as, or are entirely the work of community members. There are also plenty of smaller PRs, bug fixes, and bug reports that are just as important, but are too numerous to list. A huge thanks to everyone who has contributed to BeeWare during May.
What's next?
In June, we'll be focussing on:
- Publishing our roadmap for Q3 and beyond! Now that we have reliable development resources, we're in a position to make public commitments on the future direction of the project.
- Completing the hiring process for another engineer to work on BeeWare full time. This hiring process is underway, but it's not too late to apply if you're interested. Full details of the position can be found on Greenhouse.
- App Notarization on macOS. This is becoming an increasingly required part of macOS app publishing, as Apple cranks up their security requirements.
- Improving Windows packaging. This includes improving the way the running app presents to the Task Manager, improving log capture, and app signing.
- Improving Linux packaging. This includes addressing some issues with packaging binary dependencies.
- Next entry
- 2022Q3 Roadmap
- Previous entry
- Now Hiring!


?HBHBh
6
7
8
9
10
T
M
v
The
New
York
copyright
reserved
botanical
Garden
FLORA
NEOTROPICA
tideroxylon
americanum
(Miller)
Penn,
T.D.PENNINGTON
1986
PLANTS
OF
BAHAMA
ISLANDS
Bumelia
americana
(Mill*)
Steam
sens*
lat*
North
Andros:
in
coppice
along
Stafford
Creek
just
south
of
bridge.
Shrub
2
m
tall;
small-leaved
form.
December
7,
1976
D.S.Correli
&
G.R.Proctor
47813
Herbarium
FAIRCHILD
TROPICAL
GARDEN
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Then apply everything we know to create game-changing digital products and services for our clients.
Think of us as an extension of your team rather than a vendor. Working together is a beautiful story where we meet, become bffs, communicate, set expectations, learn to trust each other, and work together as a team.
Our process starts and ends with you, through expertly coached teamwork. You and us, working together, discovering answers to the biggest questions your business faces.
donehire us!Innovate and get ahead. Define your business goals and validate opportunities with fresh understanding of what your customers need most.
Turn your vision into reality. Exceptional software development, engineering and execution sets your company apart.
Ship your product and stay responsive to customers’ changing needs. Your product is out in the world: it's time to grow, evolve and deliver ROI.
Make products that really mean something to your customers. Our teams bake transformative ways of working into your business along the way.
Here is some more information about this product that is only revealed once clicked on.
Here is some more information about this product that is only revealed once clicked on.
Here is some more information about this product that is only revealed once clicked on.


--- layout: page title: description: background: '/img/logo_headersize.png' ---
Even at its lowest fidelity levels, 3D printers and other manufacturing techniques can still take a long time without accounting for any unseen delays. For high precision or larger products, the cost can often be inaccessibly high. Certain shapes and scales, such as pieces large enough to wrap around an arm, can also be difficult to reproduce with a 3D printer. Printing large items is often unreasonable due to the time it would take to print in various sections and the expense of the filament required. This can be both incredibly frustrating and significantly restrict the pace of the iterative design process.
In traditional vacuum forming, a positive mold, or buck, is precisely machined into the desired shape. Due to the cost of making this mold, vacuum forming is typically done for high-volume production and manufacturing. Our team began by asking the question how could we make vacuum forming a desktop process or something that could be used in rapid prototyping? The answer was removing the buck from the equation. If the buck could be remade or change dynamically to the user's needs, massive savings in money and time could be achieved. The cost of vacuum forming would fall just to the cost of the plastic.
For the past 4 months, we have been designing a device that will combine a vacuum former with a bed of actuated pins. Our idea was inspired by the MIT's inFORM Dynamic Display.
We are a team of 5 undergraduate Mechatronics engineering students at the University of Waterloo challenging the limits of rapid prototyping.
Charles has had co-ops spanning much of the scope of mechatronics, most recently a summer position at Hacksmith Industries. He is leading the electrical design and prototyping for Formagine.
Diontae works as a mechanical designer and safety engineering in highly-regulated fields like aerospace and electronics recycling. Diontae is the mechanical design lead for Formagine.
Sanjeevani is finishing up her final year of Mechatronics with a minor in AI at UWaterloo. She has previously done co-ops in mechanical, hardware, and product management, and has focused on software for robotics over recent terms; most recently as a SWE at Apple's Special Projects group and at Avidbots (autonomous robotics) before that. She has led all aspects of software projects – from problem exploration and solution architecture to integration and optimization (notably in her projects at Apple, Avidbots, Synapse Technology and Grobo), and loves to leverage her background in design thinking and lean development to fully own and deliver projects. She also cofounded the first dedicated peer-mentorship program for Mechatronics, and has grown it to over 130 people. Feel free to reach and connect at https://www.linkedin.com/in/sanjlakshmi/
Oliver has extensive work experience with IoT and embedded systems. He was published for work relating to leak detection and networking at SmartNets 2019. His work in the area includes electrical design and simulation (where he implemented a power management PCB), wireless network architecture design (including Bluetooth mesh network development), and extensive Bluetooth LE development (including programming a BLE-to-cloud hub). He has also worked extensively in IoT, including integrated device design for the AquaHacking competition (the team earned $15k and entry into a startup incubator). Oliver is engaging in integrated mechanical design for Formagine, in addition to software development.
Shruthi has extensive work experience in project management and product testing. Shruthi is the project manager for Formagine.


Our wallet match page will give you the tradeshow experience Big Skinny wallets are famous for. Follow these simple questions to get matched with your perfect Big Skinny wallet.
Click on which button best describes you. At the end, you will be presented with a wallet that should fit your uses.


Exploring Deep Learning Methods
for Discovering Features in Transaction Events
Andreas Koestler
Introduction
Deep learning has revolutionalised
-
Speech recognition
-
Object recognition
Starting to impact
-
NLP
-
Computer based translation
-
Reinforcemant learning, etc...
Motivation #1
Learning (distributed)
representations
-
Handcrafting features is
often difficult (Sift,
edge-detectore, etc)
-
Task/domain/context specific
-
Humans develop representations
for learning and reasoning
-
Deep learning provides ways of
doing this!
Motivation #2
The need for distributed
representations
-
Combat curse of dimensionality
-
Represent many dimensions of
similarity
Local representations
(Sparse) One-shot encoding
-
$hotel=(0,0,0,0,0,0,0,0,1,0,0,0,0,0,0)$
$motel=(0,1,0,0,0,0,0,0,0,0,0,0,0,0,0)$
-
Generalizing locally requires examples for all
relevant variations
Distributed representations
-
$hotel=(1,0,1,1,1,0)$
-
Concept central to
connectionism
-
"In a
connectionist network, a
distributed representation
occurs when some concept or
meaning is represented by the
network, but that meaning is
represented by a pattern of
activity across a number of
processing units." (Hinton et al,
1986)
-
Learning distributed features
can be exponentially more
efficient than
nearest-neighbor-like or
clustering-like models (curse
of dimensionality)
Motivation #3
Today, most practical ML
methods are supervised learning
-
But almost all data is unlabeled
Most information must be
acquired unsupervised
-
Fortunately, unsupervised learning
a good model of observed data
boost classification performance
Motivation #4
Learning multiple levels of
representation/abstraction
-
Intermediate representations
that can be shared across tasks
-
Multiple levels of latent variables
allow combinatorial sharing
Motivation #5
Why now?
-
New methods for unsupervised
pre-training have been
developed (RBMs,
autoencoders, etc.)
-
More efficient parameter estimation methods
-
Better understanding of model
regularization (e.g. dropout)
Definitions #1
-
Finite set of Nodes $N = {\{u_1,u_2,...\}}$
and connections $H \subseteq
{N \times N}$
-
FNN acyclic, RNN cyclic
-
In FNN, $k-th$ layer $(k \gt
1)$ set of nodes $u \in N$
such that $\exists Path$ of
length $l \leq (k - 1)$
-
NN’s behavior is determined by
set of real-valued,
modifiable, parameters $w_i (i
= 1, ... , n)$
-
The NN’s behavior fully specified by a
set of parameters $w_i (i = 1, ... ,
n), w_i \in \mathbb{R}$ and real-valued
activation function $f$,
typically $\tanh$ or the
logistic function.
Definitions #2
-
“A field within machine
learning that is based on
algorithms for learning
multiple levels of
representation in order to
model complex relationships
among data. Higher-level
features and concepts are
thus defined in terms of
lower-level ones, and such a
hierarchy of features is
called a deep architec-
ture.”
-
“Deep Learning is a new area
of Machine Learning research,
which has been introduced with
the objective of moving
Machine Learning closer to one
of its original goals:
Artificial Intelligence."
-
"Machine learning
algorithms inspired by brains,
based on learning multiple
layers or
representation/abstraction."
Types of Deep Architectures
-
Autoencoders (denoising, sparse,
contracting, variational) (Bengio)
-
RBMs (Smolensky, 1986; Hinton)
-
DBNs (Hinton)
-
... many more
Data
| event_id |
dr_account_number |
account_access_card |
| event_start_time |
cr_account_number |
transaction_amount |
| event_end_time |
dr_refn_trcd |
event_subtype |
| trans_time |
cr_refn_trcd |
description |
| event_class |
terminal_id |
event_source_id |
| event_type |
terminal_location |
entity_roles |
| sa1 |
latitude |
longitude |
Data
- CC events, EFTPOS, BPAY,
Trasnfers, ATM
- Captures 40% of all
transactions in Australia
Directions
The expectation is that
-
high-level concepts/representations arise from the
internal representations in
the networks (e.g., customer price elasticity,
interests, need, etc.)
-
high-level
concepts/represenations can be
shared across tasks
(e.g. fraud detection,
purchase prediction, etc.)
Directions
High-level tasks
-
Tooling
-
Baseline model
-
Incremental improvement using DL
Focus on
-
Unsupervised (representation)
learning
-
Representation transfer
-
Efficient learning in highly
distributed (cluster) environment
Outlook
Next steps
-
Finish literature review
-
Write research proposal
-
Literature db, progress,
etc: Sisyphus


Included Syntax
-
Paragraph
-
New line
-
Horizontal line
-
Comments
-
Simple text formatting tags
-
Headings
-
Title
-
Fonts
-
Forms
-
Styles
-
Background
-
Images
-
Links
-
Lists
-
tables
-
Div
-
Span
-
Classes
-
buttons
TO DO:
-
Create full syntax for HTML5 <a href = “https://github.com/dwyl/learn-html5/issues?q=is%3Aissue+is%3Aopen+label%3A”help+wanted"> (issues on the basic stuff that has to be added)
-
Add few sections about styling and scripts
-
Talk about WWW, Domains, How the internet works, etc
-
Differences between HTML and HTML5
-
CSS
-
Bootstrap


T. Tissington
Projects
Articulating Wings
A project I am really passionate about is the creation of wearable articulating wings. I took on this project for a costume I created for Fan Expo Canada. Originally I was going to make the wing frame out of PVC pipe, drawing a cord through it, so when I pull the cord, the wings expand. I quickly decided that I wanted to make the wings more intricate and more convenient for use at a fan convention where I’ll be wearing them so I redesigned them to use a pneumatic system. The wings are powered by a Co2 paintball canister which means I had to use a large resistor to make sure the wings didn’t shoot up like a paintball. I used a switch to activate the pistons attached to the wing frame in order to control the wing articulation. The wings worked beautifully and made my costume complete! Wearing the wings, I won second place at the Master of Cosplay competition at Fan Expo Canada as well as Best Prop/Armour at the cosplay competition at Kimicon.
Pokemon Game
In 2018, I coded a game I call Pokemon Violet using Javascript, HTML, and CSS. Pokemon Violet is a simple Pokemon influenced game that has the player catch six pokemon to fill the maximum amount you can have in your party and defeat the gym leader, Giovanni. I was able to store the player's party of pokemon and each pokemon’s health points in arrays. In order to replicate a real pokemon game, I created a battle system, a traveling component, and a gym battle. If I were to make another game similar to this one, I would make the visuals more appealing. Because I completed this game under a limited time frame, some of the pokemon are different sizes and float on uneven ground. Regardless of this, I am extremely proud of the game I created with the limited time frame I completed it in.


--- creation_epoch:<PHONE_NUMBER> lastmod_epoch:<PHONE_NUMBER> categories: ['Computer Problems'] title: Good explanation of why USB is slow --- A good article that explains why you never see the maximum performance from USB that you'd expect.
"Faster USB 3.0 Performance: Examining UASP And Turbo Mode"; June 20, 2012 by Andrew Ku
Another good explanation of UASP - tells why most devices are not coming close to using all of USB 3.0's speed.


Colombia
Origin of the Amazon River
Many years ago lived in the Amazon jungle two passionate lovers who dreamed of getting married, she was called moon and was clothed in silver, and he was called sun and was clothed in gold, moon was the mistress of the night and sun was the owner of the day. But they had a problem; if they marry, the world would end completely, because ardent love of the sun would end up burning the planet and the sad tears of the moon would end by flood the world. How could they marry despite his love? Does the moon would end the fire?, Does the sun evaporate the water?, For this reason the lovers decided to separate and never marry. When the sun and moon were separated, the moon cried for a day and night, the tears trickled through the mountains until they reached the sea, but the angry ocean did not want to accept much water. The moon could not mix their tears with the sea and that's when something strange happened. The water produced by the tears of the moon dug an immense valley, then born river, were the tears of the moon that gave life to the Amazon River. By: Marisol Mejía L.
Source: Here


Welcome back to Anton Math. In this video, we're going to be talking about some of our basic set operations, the most common set operations that we use when we're talking about sets. Let's let S, T, and R be sets.
I'm not sure I'm going to use R, but just in case.
Now, the first operation I want to talk about is called the Union.
It's just called union. We denote a union, say S union T in this way.
You can have a set called U, and it will look a little bit different. Inside notation, what this is defined as, this is going to be all of the elements X, where X is an element of S or X is an element of T.
We're taking all of the elements of S and all of the elements of T and making a new set that just contains any element that's in one or the other. Now, remember, this is mathematical or. Let's just say two was in S and in T, two would still be in here. It's not an exclusive or. It includes the case, where X is in both, S and T. My only requirement is that it's in at least one of them.
We also have an opposite idea in a certain sense, the intersection. Now, the intersection of sets, let me denote this S intersection T, it's like the union sign, but upside down. That's going to be defined as all of the elements X, where X is in S and X is in T.
Remember, this is or, this is and. My requirement here is that it's in both. If it's in S and it's not in T, then it's not going to be in the intersection. The intersection is the set of all common elements between the two sets, S and T. Now, we also have a difference.
The difference can be denoted a couple of different ways. Sometimes you'll see it S minus T, but this is the same thing as S and then it's kind of forward slash T. What this means is, this is going to be the set of all of elements that are in S and are not in T.
Basically, we're taking the entire set S and then we're removing any elements from S that happen to be in T.
Then, one last operation we can talk about is called the complement.
Now, this is denoted a couple of different ways. I could write this with S with a bar. Sometimes, it'll be S with this tilde on top of it. Sometimes, it'll be S with this little C. Depends on what text you're using.
This is defined to be the universe and then I take out everything that's in S. In other words, this is the set of all X in whatever universe I'm talking about. Maybe that universe is rational numbers, maybe that universe is real numbers, whatever it is I'm talking about, where X is specifically not in S.
Any other X will do as long as it's within that relative universe. A couple of notes real quick now that we have terminology.
Of note that I can write this S T, I could write this as S intersected with T complement.
You see that. Everything in S that's not in T, that's the same thing here, this is everything in S that's also in T complement or that's also part of the set of things that are not in T. This is an equivalent idea.
We say that if S intersection T is equal to the null set. In other words, if S and T have nothing in common, S and T are called disjoint.
For example, the set of all chairs and the set of all bowling balls are disjoint sets. There's no chair that's a bowling ball unless somebody's made one that I don't know about. We call those disjoint. There are two sets that have no commonality, none of their elements are shared. I've gone over a lot of terminology. Let's go ahead and do a quick example before I end this video and go onto the properties of these operations.
Let's just say my S is equal to one, two, three and my T is equal to two, four, five.
My S intersection T, remember that's going to be all of the elements that are in both, S and T. That's going to be the set containing only the element two. We see that one and three are not in T, so two is the only element that's in both, S and T.
Now, remember the union is going to be all elements that are in S or T, so one, two, three, four, five.
This is the set of all elements that are just in one of these sets, and we take out any repetition. Two is in both, but I'm not going to write two twice. We know that, with sets in general, we don't include any repetition.
The difference S T, that's going to be equal to all of the elements in S that are not in T. In other words, one and three. The difference, T-S, that's going to be all the elements in T that are not in S, so four and five because they share that two.
Something you need to know, notice if I had this S T union with T-S, that's going to be the elements one, three, four, five. That's the same thing as the union of S and T minus the intersection of S and T, isn't it?
It's kind of interesting. We call this an identity. This is something that's an identity. In the next video, I'm going to go over a lot of our set operation rules, a lot of these identities so we can use these tools to simplify the same way that we would use an algebra to simplify an algebraic statement. We can have these long strings of these set operations and we can use some of these rules in the next video to simplify these strings into something much more compact, much more simple. Will see you there.


Login
Email
Password
Remember me
Forgot Password?
Create an account
or Login with
By creating this account, you agree to our
Privacy Policy & Cookie Policy.


Stat/Transfer will read and write SAS Version 6 - 9 data files for the Windows, OS/2 and Unix platforms. Version 6.04 for PC/DOS can be read, but not written.
Standard extensions:
|
Version 6 |
|
|
PC/DOS |
ssd |
|
Windows & OS/2 |
sd2 |
|
Unix HP/Sun/IBM |
ssd01 |
|
Version 7 - 9 |
sas7bdat |
Reading and Writing SAS Data Files
Large files (> 2 GB) are now supported on both input and output.
The number of variables is unlimited.
Both 32 and 64 bit files are supported on input and output.
Read and write support for the maximum character variable length (32K) has been added.
Reading SAS Data Files
Stat/Transfer will read data files written by SAS Version 6.08 and above.
Compressed files (both RDC & RLE) for Version 7 and higher can be read.
SAS data files differ significantly between platforms. Stat/Transfer will read files written by SAS for all SAS platforms except for VAX VMS and IBM MVS.
Stat/Transfer will automatically recognize the type of SAS file on input.
If you are moving SAS data files between platforms, you should be sure that you use a binary file transfer method.
User formats (value labels) can be directly read from Windows SAS catalogs and CPORT files. Thus, there is no longer any need to convert these to data sets in order to read formats.
However, in all other cases, the catalog file is not read directly and value labels must therefore be transferred to the data file according to the procedure described in SAS Value Labels.
Options to control the reading of formats are set in the Reading SAS Value Labels section of the Options dialog box.
Writing SAS Data Files
On output, Stat/Transfer will write files for all SAS platforms except for VAX VMS and IBM MVS.
When you select SAS as the output type, you now have an option to control the "data representation" of the output SAS dataset. The possible data representations correspond to sixteen of the values for OUTREP= in the SAS system.
The SAS data representation that will be used for the output file will appear next to the Output File Type box. If this is not the data representation that you wish to write, use the SAS Data Representation option in the Output Options(1) section of the Options dialog box and make the appropriate selection from the drop-down list.
When writing SAS data files, you should pick an output format that is appropriate for the version of SAS that will be reading the file.
Value labels can be transferred according to the output procedure described in SAS Value Labels.
SAS date, time, and datetime formats can be controlled by options on the "SAS-Writing" tab.
Missing Data
SAS supports the missing values 'A' - 'Z', '.' and '._'.
Input
On input, when a SAS file is transferred to a Stata file or an ASCII file with extended missing values specified, the SAS input missing values will be transferred to the equivalent ones in the output file, with the exception that any missing values '._' in the input SAS file will be written out as '.' in the output
For all other output formats, all of SAS's missing values are converted to a single internal missing value in Stat/Transfer.
Output
When either an ASCII file or a Stata file with extended missing values is transferred to a SAS file, the input missing values will transfer to the equivalent SAS ones. For other file formats, on output to SAS, missing values are set to '.', the SAS standard missing value.
For input files that support user missing values (SPSS and OSIRIS), the options User Missing Value and Map to extended (a-z) missing in the User Missing Values section of the Options dialog box can be used to map selected user missing values to extended missing values in the SAS output file.
For all other file formats, on output to SAS missing values are set to '.', the SAS standard missing value.
Output Variable Types
The output variable type that results from each target variable type is given in the following table:
|
Target Type |
Output Type |
|
|
byte |
SAS Number - width three bytes |
|
|
int |
SAS Number - width four bytes |
|
|
long |
SAS Number - width six bytes |
|
|
float double |
SAS Number - width eight bytes |
|
|
string |
SAS Character variable (maximum length of 200 bytes |
|
|
date |
SAS Serial Date Number |
|
|
time |
SAS Time (number of seconds since midnight) |
|
|
date/time |
SAS Datetime (in seconds |


[gecode-users] int vs. unsigned int for Matrix dimensions
Gregory Crosswhite
gcross at phys.washington.edu
Wed Jan 19 19:54:35 CET 2011
Actually, I just came up with a simpler idea: rather than creating a
new iterator class, you could simply use a pointer as the iterator type,
so that adding a full set of begin()/end() methods is easy:
#include <iterator> // STL iterator classes
template<class Var> VarArray {
protected:
int n;
Var* v;
public:
Var* VarArray::begin() { return v; }
Var* VarArray::end() { return v+n; }
const Var* VarArray::begin() const { return v; }
const Var* VarArray::end() const { return v+n; }
Var* VarArray::rbegin() { return std::reverse_iterator(end()); }
Var* VarArray::rend() { return std::reverse_iterator(begin()); }
const Var* VarArray::rbegin() const { return
std::reverse_iterator(end()); }
const Var* VarArray::rend() const { return
std::reverse_iterator(begin()); }
...
};
(And of course the same can be done for ArgArrayBase.)
Adding these methods should be sufficient to allow library users to
iterate over your arrays using the standard idioms.
Cheers,
Greg
On 1/17/11 5:47 AM, Christian Schulte wrote:
> Hi,
>
> Yes, this list is a good forum...
>
> Again you caught us red-handed... I know that begin() and end() is the
> standard idiom but some of our iterators do not naturally fit in this
> concept (that iterators that iterate over values and ranges of variables and
> views).
>
> I think what one could do is providing a wrapper class that translates a
> Gecode-style iterator (using a constructor or init function for
> initialization, operator ++() for moving to the next element, and operator
> ()() for testing whether the operator is done). If you can come up with
> something like that we would of course integrate it.
>
> Best
> Christian
>
> --
> Christian Schulte, www.ict.kth.se/~cschulte/
>
>
> -----Original Message-----
> From: Gregory Crosswhite [mailto:gcross at phys.washington.edu]
> Sent: Monday, January 17, 2011 12:36 AM
> To: users at gecode.org; cschulte at kth.se
> Subject: Re: [gecode-users] int vs. unsigned int for Matrix dimensions
>
> Part of the reason I am asking how to talk to the developers,
> by-the-way, is because I was thinking it might be useful for the
> arrays/argument arrays to have an iterator interface added to them, to
> make it easier to do things like applying generics algorithms to them
> and traversing them using the c++0x "for each" statement as well as
> BOOST_FOREACH. Would there be any interest in a contribution to Gecode
> to provide this? The supporting code that I had in mind would include
> new classes for the iterators and new methods .begin() and .end() for
> the arrays.
>
> Cheers,
> Greg
>
> On 1/16/11 1:46 PM, Gregory Crosswhite wrote:
>> Okidoke; thanks for the explanation! :-)
>>
>> Also, is this list the best way to talk to the developers of Gecode?
>>
>> Thanks,
>> Greg
>>
>> On 1/16/11 1:10 PM, Christian Schulte wrote:
>>> Hi Gregory,
>>>
>>> You are touching a slightly weird aspect of Gecode... The choice of
>>> int as
>>> opposed to unsigned int for the Matrix class is actually deliberate.
>>> This
>>> choice is not only done for Matrix but for many other datastructures
>>> that
>>> are defined by Gecode (for example, VarArray, ViewArray, etc). I know
>>> that
>>> the choice of unsigned int sounds more appealing but we have made the
>>> opposite decision and try to be as consistent with the choice of int
>>> rather
>>> than unsigned int.
>>>
>>> There are two reasons. The first is simple and maybe is not even very
>>> convincing. The average loop written to iterate over arrays etc is
>>> typically
>>> an int and not an unsigned int. To avoid compiler warnings, Gecode
>>> follows
>>> in this. Then, the second reason (possibly not more convincing than the
>>> first one) is that integer variables take int values and very often
>>> array
>>> access is wrt a value included in the domain of an integer variable.
>>> Here we
>>> go.
>>>
>>> We tried to use unsigned int but it was in fact just too painful
>>> (lots of
>>> explicit casts in order to avoid warnings). Changing int to unsigned
>>> int and
>>> be consistent about that change would be a massive effort with little
>>> gain.
>>>
>>> I know. Sad but true.
>>>
>>> Cheers
>>> Christian
>>>
>>> --
>>> Christian Schulte, web.ict.kth.se/~cschulte/
>>>
>>>
>>> -----Original Message-----
>>> From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On
>>> Behalf
>>> Of Gregory Crosswhite
>>> Sent: Friday, January 14, 2011 6:26 PM
>>> To: users at gecode.org
>>> Subject: [gecode-users] int vs. unsigned int for Matrix dimensions
>>>
>>> Hey everyone,
>>>
>>> Is there a reason why the Matrix class uses "int" for the type of its
>>> dimensions instead of "unsigned int"? If there isn't a reason not to
>>> use "unsigned int" for the type of the dimensions, then may I submit a
>>> patch or something to change it to use "unsigned int"?
>>>
>>> Thanks!
>>> Greg
>>>
>>> _______________________________________________
>>> Gecode users mailing list
>>> users at gecode.org
>>> https://www.gecode.org/mailman/listinfo/gecode-users
>>>
>>
>> _______________________________________________
>> Gecode users mailing list
>> users at gecode.org
>> https://www.gecode.org/mailman/listinfo/gecode-users
>
More information about the users
mailing list


This project provides a set of examples of client and server code for pvAccess. It also has a test that is run via:
make runtests
For more information about EPICS generally, please refer to the home page of the Experimental Physics and Industrial Control System.
This project provides a set of examples of client and server code for pvAccess. Each example can be built separately by building in the example subdirectory. The complete set of examples, except for ChannelArchiverService can also be built by building in exampleCPP itself.
Each example can be used as a template for building other applications:
This is only a good idea if a proper RELEASE.local is present one directory level above exampleCPP.
Just type:
make
An example of a proper RELEASE.local is:
EPICS4_DIR=/home/epicsv4/master EXAMPLE=${EPICS4_DIR}/exampleCPP PVDATABASE=${EPICS4_DIR}/pvDatabaseCPP PVACLIENT=${EPICS4_DIR}/pvaClientCPP PVASRV=${EPICS4_DIR}/pvaSrv PVACCESS=${EPICS4_DIR}/pvAccessCPP NORMATIVETYPES=${EPICS4_DIR}/normativeTypesCPP PVDATA=${EPICS4_DIR}/pvDataCPP PVCOMMON=${EPICS4_DIR}/pvCommonCPP EPICS_BASE=/home/install/epics/base
If a proper RELEASE.local is present one directory level above exampleCPP then in the example directory just type:
make
Each example has a README.md file. See it for how to build the example if a proper RELEASE.local does not exist or if the example has special requirements.
Provides an EPICS IOC that has both EPICS V3 DBRecords, V4 PVRecords, and pvaSrv for accessing the DBRecords.
It can also create a standalone main that has a set of V4 PVRecords.
Provides a set of examples that use pvaClientCPP.
In order to run the examples, database must also be built and then the IOC database must be started as follows:
mrk> pwd /home/epicsv4/master/exampleCPP/database/iocBoot/exampleDatabase mrk> ../../bin/$EPICS_HOST_ARCH/exampleDatabase st.cmd
Implements a PVRecord that is an example of a PVRecord intended to ba accessed via channelPutGet. It is a simple HelloWorld example.
This implements HelloWorld that is accessed via channelRPC.
This implements a V3 IOC that has a PVRecord doubleArray and a PVRecord exampleLink that monitors changes to doubleArray. PVRecord exampleLink uses pvAccess client code to monitor for changes in doubleArray. It can use either provider local, pva, or ca to connect to doubleArray. The doubleArray can exist in the same IOC or, with provider pva or ca, can exist in another IOC.
exampleLink can be stated as a main program or as part of a V3 IOC.
This is an example of creating a PVRecord that uses a somewhat complicated top level PVStructure. It simulates a power supply.
The example also has an example pvaClient for accessing the PVRecord.
An example of a pvDatabase PVRecord which also supports RPC services.
The record represents a 2-D position, but also provides an RPC service which moves the position through a sequence of points before returning. A channel to the record supports the usual operations (such as get, put and monitor) but also supports Channel RPC, i.e. the RPC service has the same channel name as the position PV.
A client ("move") for calling the service is supplied.
This is an example that shows performance for an array of longs.
arrayPerformanceMain implement a PVRecord that is a long array. It has a process method with code that causes the array to be updated at selectable rates and sizes.!
It also has pvaClient examples that can get, put, and monitor the long array record.
The ChannelArchiver Service is an EPICS V4 client and server which can be used to query the data archived by an EPICS Channel Archiver. It includes a bash script, gethist, which can parse a wide range of dates and times and process the corresponding data. However the service can be queried by any client issuing a pvAccess RPC request, such as eget. Requests and responses use EPICS V4 normative types. Requests are in the form of an NTURI normative type and the results are returned as an NTTable.
This is not an embeded top level but just a subdirectory of exampleCPP.
This is an example that tests pvDatabase and pvaClient. This example requires that database must also be built.
It is meant to be used to execute:
make runtests
When this is done it starts the example database and then executes various client tests.


CINCINNATI (WKRC) - Lovers of writing, vlogging and marijuana can apply for a new gig up for grabs from a marijuana research magazine.
American Marijuana, an online magazine focusing on medical marijuana, is looking for a marijuana critic and willing to pay them $3,000 a month.
Candidates must be willing to review a plethora of products including weed, vapes, edibles and CBD oils each month and live in Canada or a region of the U.S. where medical marijuana is legal.
The job entails critiquing cannabis products in written blog posts and on camera. Candidates can work from home too — all products are will be shipped in a box each month to the critic.


Sweet Free Stuff
///////////////////////////////////////////
3 Free Bagels at Brueggers Bagels on 2/4
Posted: 01 Feb 2016 10:43 AM PST
http://feedproxy.google.com/&edburner&utm_medium=email
A pop up window should appear on their page. Enter your name and email to
get the coupon. Were celebrating our 33rd Anniversary by giving you 3 FREE
Bagels from OPEN to 11AM on February 4, 2016. 3 Free Bagels at Bruegger’s
Bagels on 2/4
The post 3 Free Bagels at Bruegger’s Bagels on 2/4 appeared first on
SweetFreeStuff.com.
///////////////////////////////////////////
Free Redbox DVD Rental
Posted: 01 Feb 2016 02:20 AM PST
http://feedproxy.google.com/&edburner&utm_medium=email
Use code: MCCT5553 for a free Redbox DVD rental. Code works online only.
Valid today (2/1) only. Free Redbox DVD Rental
The post Free Redbox DVD Rental appeared first on SweetFreeStuff.com.
CommentsREAD the offer clearly stated use code Online and only valid … by
TiffIt worked for me but I reserved online – codes seem to work … by
Tarheel 4 EverCodes works if you reserve thru the mobile app and then
pickup … by AndreaMine didn’t work either, said only can be used at
certain … by MelissaThe Red Box code did not work in Henderson, TX. I
tried two … by karenPlus 11 more…
///////////////////////////////////////////
Free Premier Protein Bar or Shake
Posted: 31 Jan 2016 09:30 PM PST
http://feedproxy.google.com/&edburner&utm_medium=email
Free Premier Protein Bar or Shake
The post Free Premier Protein Bar or Shake appeared first on
SweetFreeStuff.com.
CommentsI received mine! Tasted disgusting… but 30 grams of protein! by
tianiniYummy by Amber DesiSounds delicious by Amber DesiI would love to try
this out. by Llinda Abernathyi want to try this by janet menster
///////////////////////////////////////////
Free Smokin Barrel Peanuts or Trail Mix at Stripes Stores
Posted: 31 Jan 2016 09:00 PM PST
http://feedproxy.google.com/&edburner&utm_medium=email
Free Smokin Barrel Peanuts or Trail Mix at Stripes Stores. Expires
2/2. They are located in Texas, Oklahoma and New Mexico.
The post Free Smokin Barrel Peanuts or Trail Mix at Stripes Stores appeared
first on SweetFreeStuff.com.
CommentsLove to try it by sowmyaWould love to try them by AndreaHubby would
love this surprise. by Julie Bunn
///////////////////////////////////////////
Free Salonpas Pain Relieving Patch 2ct Sample
Posted: 30 Jan 2016 10:01 PM PST
http://feedproxy.google.com/&edburner&utm_medium=email
Free Salonpas Pain Relieving Patch 2ct Sample
The post Free Salonpas Pain Relieving Patch 2ct Sample appeared first on
SweetFreeStuff.com.
///////////////////////////////////////////
SwagBucks - Earn Free Gift Cards Online
Posted: 30 Jan 2016 09:00 PM PST
http://feedproxy.google.com/&edburner&utm_medium=email
Swagbucks is the webs leading rewards platform, dedicated to providing FREE
gift cards to its 12+ million members. Swagbucks lets you earn FREE gift
cards for taking surveys, watching videos, shopping online and more!
The post SwagBucks Earn Free Gift Cards Online appeared first on
SweetFreeStuff.com.


De Minaur comeback not enough for Australia as Canada book Davis Cup semi-final
by OmnisportDenis Shapovalov and Vasek Pospisil sent Australia packing as Alex de Minaur's singles victory proved fruitless in the first Davis Cup quarter-final.
With Pospisil defeating John Millman 7-6 (9-7) 6-4 in the opening match, Australia relied on a comeback from De Minaur to haul themselves level.
Next Gen ATP Finals runner up De Minaur – Australia's star player in Thursday's tie with Nick Kyrgios sitting out – did it the hard way, coming from a set down to beat Shapovalov 3-6 6-3 7-5 and tee up a deciding doubles encounter.
But Canada were too good in the doubles – Pospisil picking up where he left off while Shapovalov bounced back from his loss in style via a 6-4 6-4 win.
A break of serve in the opening game against Australian counterparts Jordan Thompson and John Peers paved the way for the pair to claim the first set with ease.
Thompson and Peers looked set to take the match all the way when they earned a 3-0 lead in set two, only for Shapovalov and Pospisil to restore parity before pushing on to seal progression with their first match point.
Serbia play Russia, Argentina face Spain and Great Britain go up against Germany in the other quarter-final ties, which will be played on Friday.


{% include head.html %}
{% include navigation.html %} {{content}} {% include footer.html %} {% include scroll-to-top.html %} {% include js.html %}


{% extends "base.html" %} {% block body %}
You asked for: "{{ path|escape }}"
{{ path|escape }}
But I have no idea what you are talking about. Try searching:


Toggle navigation
User Registration
Home
Sign out
Email
Password
Remember me
Sign in
New user ?
Sign up
Welcome
City
Sign up
Email address
Password
name
city
Submit


prosiebensat1-media
Businessmodel of ProSiebenSat1 Media
Customer Segments
ProSiebenSat.1 Media provides a range of services that are targeted at different customer segments.
- Cable network, satellite, IPTV operators, television corporations and digital media platforms, to which the Company distributes and licenses original programming content;
- advertising agencies, commercial organisations, and brand marketers, to which the Company provides traditional television advertising, digital marketing and video marketing solutions; and
- general consumers, to which the Company provides pay-per-view and subscription media services and e-commerce products. ProSiebenSat.1 Media’s broadcast operations primarily serve customers across German-speaking Europe, notably Germany, Austria and Switzerland, with the Company’s native Germany representing its largest market. The Company’s other services are largely targeted at the US and UK markets.
Value Propositions
ProSiebenSat.1 Media provides value to its customers through the quality of its original content, its range of advertising and marketing solutions and large audience, and its broad distribution network.
Channels
ProSiebenSat.1 Media operates a website at www.ProSiebenSat1.de, where customers are able to find information on the Company’s products and services. The Company also operates video streaming and on-demand services through its www.prosieben.de and www.maxdome.de domains.
Across its core broadcast markets in German-speaking Europe, the Company operates several free-to-view television channels, including SAT.1, ProSieben, Kabel Eins, Sixx, SAT.1 Gold and ProSieben MAXX. The Company aims to have a global reach. To this end it acquired US-based multi-channel network CDS in 2015, which it merged with its own Studio71 multi-channel network.
Additionally, ProSiebenSat.1 Media operates its own international sales and distribution teams, through its dedicated sales arm SevenOne Media and SevenOne Adfactory, and operates 15 production companies across six countries. The Company also has a number of external distribution partnerships in place as a means of extending its sales reach.
Customer Relationships
ProSiebenSat.1 Media’s customers are able to access the Company’s consumer-focused products – namely its programming content and online platform – on a largely self-service basis. Customers are able to view the Company’s broadcast channels free of charge, can register for subscription services autonomously online and can manage pay-per-view services on an independent basis.
The Company’s advertising, marketing and distribution services, however, require a greater degree of personal care. ProSiebenSat.1 Media aims to provide a bespoke, personalised service to its advertising customers, with a focus on comprehensive and tailored customer consultation, as well as marketing and market research findings, and enters into long-term extended licence agreements with many of its content providers. These agreements are principally established through direct contact with ProSiebenSat.1 Media sales representatives.
ProSiebenSat.1 Media publishes a range of news content on its website, including press releases and corporate news articles, and maintains a strong social media presence through its Facebook, Twitter, Google+ and LinkedIn accounts, through which it is able to interact directly with customers and consumers.
Key Activities
ProSiebenSat.1 Media is a Germany-based media and broadcasting company. It is the parent company of the ProSiebenSat.1 Media.1 Group, which includes subsidiaries such as ProSiebenSat.1 TV Germany GmbH, SevenOne Brands GmbH, SevenOne Media GmbH, Seven One AdFactory GmbH.
ProSiebenSat.1 Media has three business segments, including the Broadcasting German-Speaking segment, the Digital and Adjacent segment, and the Content Production and Global Sales segment. The Broadcasting German-Speaking segment comprises the Company’s advertising-financed free television services – including broadcast television stations across Germany, Austria and Switzerland – functions as its core business. The Digital and Adjacent segment groups together online video streaming, online games, e-commerce, and music activities. The Content Production and Global Sales segment covers the Company’s international program production and distribution business.
Key Partners
ProSiebenSat.1 Media’s diverse portfolio of services requires that it collaborate with a broad range of partners. These partners can be divided into the following groups:
- content partners, comprising independent digital media content creators, television producers, film studios and broadcast networks;
- distribution partners, including online distribution platforms and television program distributors;
- advertising and marketing partners, comprising media agencies and marketing companies that act as intermediaries in the Company’s advertising business; and
- production partners, which collaborate with ProSiebenSat.1 Media on the creation of original content. ProSiebenSat.1 Media has partnerships with European independent content creators LeFloid, MissesVlog and Michael Buchinger, as well as long-term agreements with major US studios Walt Disney, Universal Warner Brothers, Paramount, CBS, and Fox. The Company has also recently entered into partnerships with distribution platforms Couchfunk and Zattoo, TV Spiel lm and Unitymedia.
Key Resources
ProSiebenSat.1 Media’s key resources are its original programming content, its online streaming platforms, its proprietary broadcast networks, its external distribution network, its partners – in particular its advertising and marketing partners, and its personnel.
Cost Structure
ProSiebenSat.1 Media incurs costs in relation to the production of its original programming content, the retention of its personnel, the maintenance and management of its IT infrastructure and online platforms, and the licensing of third party programming content. The Company also accrues significant marketing and advertising costs, as well as costs associated with market research activities for its advertising customers.
ProSiebenSat.1 Media employs more than 4,800 members of staff worldwide, representing costs in the form of salaries and benefits. In 2015 personnel expenses amounted to approximately €477.3 million. Additionally, the Company operates a number of sales and administrative offices across its operating regions, amounting to costs in the form of rent and utilities.
Revenue Streams
ProSiebenSat.1 Media has a variety of revenue streams, organised across its three operating divisions:
- Broadcasting German-Speaking, which generates revenue through the provision of advertising and marketing solutions, functioning as the Company’s main source of revenue;
- Digital and Adjacent, which generates revenue through the provision of electronic services such as video marketing and subscription and pay-per-view on-demand solutions, notably its Maxdome service, as well as other e-commerce operations; and
- Content Production and Global Sales, which generates revenue through the production and distribution of television content and collection of technical service fees. In 2015 ProSiebenSat.1 Media generated annual revenue of €3.26 billion, up 14% on the revenue recorded in 2014. The Company’s traditional television advertising solutions accounted for just over 60% of the Company’s total annual revenue. ProSiebenSat.1 Media’s Digital and Adjacent segment accounted for 26% of annual revenue, with remaining revenue attributed to the Company’s Content Production and Global Sales segment.


Try out our Premium Member services: Virtual Legal Assistant, Query Alert Service and an ad-free experience. Free for one month and pay only if you like it.
-1- IN THE HIGH COURT OF KARNATAKA AT BENGALURU DATED THIS THE 16TH DAY OF DECEMBER 2014 PRESENT THE HON'BLE MR.D.H.WAGHELA, CHIEF JUSTICE AND THE HON'BLE MR.JUSTICE BUDIHAL R.B. WP No.31979/2013 (GM-MMS) BETWEEN 1. ASHOK SHEKAPPA MUDAKAVI S/O SIDRAMAPPA MUDAKAVI AGED ABOUT 41 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 2. RACHAYYA GANGAYYA KODASHI S/O GANGAYYA KODASHI AGED ABOUT 60 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 3. MALLIKARJUN NINGAPPA PARAGOND S/O NINGAPPA PARAGOND AGED ABOUT 35 YEARS R/O KOLHAR VILLAGE TQ BASAVAN BAGAVADI DISTRICT BIJAPUR-586101 4. SANGAPPA PARSAPPA ATHANI S/O PARASAPPA ATHANI AGED ABOUT 35 YEARS R/O KOLHAR VILLAGE TQ BASAVAN BAGAVADI DISTRICT BIJAPUR-586101 -2- 5. BASAPPA ERAPPA AMBALI S/O ERAPPA AMBALI AGED ABOUT 60 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 6. KALLAPPA SANKAPPA GIDAPPAGOL S/O SANKAPPA GIDAPPAGOL AGED ABOUT 32 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 7. BASALINGAPPA GURULINGAPPA UPPALDINNI S/O GURULINGAPPA UPPALDINNI AGED ABOUT 55 YEARS R/O KOLHAR VILLAGE TQ BASAVAN BAGAVADI DISTRICT BIJAPUR-586101 8. EARAPPA SHIVAPPA GIDDAPPAGOL S/O SHIVAPPA GIDDAPPAGOL AGED ABOU 40 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 9. KALLAPA EARAPPA GIDAPPAGOL S/O EARAPPA GIDDAPPAGOL AGED ABOUT 45 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 10. PARDANI SHANKRAPPA BELLUBBI S/O SHANKRAPPA BELLUBBI AGED ABOUT 35 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 -3- 11. BHIMASHI MALLAPPA BELLUBBI S/O MALLAPPA BELLIBBI AGED ABOUT 65 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 12. SANKAPPA GURULINGAPPA KAKANDALE GURULINGAPPA KAKANDALE AGED ABOUT 45 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 13. SHEKAPPA PARAPPA GANEGAR S/O PARAPPA GANAGAR AGED ABOUT 38 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 14. CHANNAMALLAPPA BASAPPA KOKATNUR S/O BAAPPA KOKATNUR AGED ABOUT 45 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 15. SMT ISHWARAVVA W/O GUNAGAPPA GANI AGED ABOUT 45 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 16. SHANKRAPPA NAGARAJ S/O NAGARAJ AGED ABOUT 40 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 -4- 17. ARJUN NAGARAJ S/O NAGARAJ AGED ABOUT 55 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 18. HANMANTH KALLAPPA BELLUBBI S/O KALLAPPA BELLUBBI AGED ABOUT 45 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 19. PARAMAPPA MALLAPPA BARGI S/O MALLAPPA BARGI AGED ABOUT 40 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR--586101 20. ASHOK ERAPPA GIDDAPPAGOL S/O ERAPPA GIDDAPPAGOL AGED ABOUT 40 YEARS R/O KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 ... PETITIONERS (BY SRI CHETAN DESAI, ADV., ) AND 1. GOVERNMENT OF KARNATAKA REPRESENTED BY SENIOR GEOLOGIST DEPARTMENT OF MINES AND GEOLOGY KHANJI BHAVAN RACE COURSE ROAD BANGALORE-560001 2. DEPUTY COMMISSIONER BIJAPUR DISTRICT BIJAPUR-586101 3. DISTRICT LEVEL STONE CRUSHING CONTROL COMMITTEE REPRESENTED BY THE DEPUTY COMMISSIONER BIJAPUR-586101 -5- 4. CHAIRMAN KARNATAKA STATE POLLUTION CONTROL BOARD PARISARA BHAVAN, 1st TO 5TH FLOOR CHURCH STREET, BANGALORE-560001 5. THE SECRETARY POST KOLHAR VILLAGE TQ BASVAN BAGAWADI DISTRICT BIJAPUR-586101 6. TAHSILDAR OFFICE OF THE TAHSILDAR BASVAN BAGAVADI TQ BASAVAN BAGAVADI DISTRICT BIJAYPUR-586101 7. CHIKKANGOUDA TONE CRUSHER SITUATED IN SY NO.31 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SRI VINOD MAHAN NADAGOUDA 8. SRI BASAVESHWARA STONE CRUSHER SITUATED IN SY NO.31 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SRI CHANNAMALLAPPA SHIVAPPA GIDDAPPGOL 9. SANGAMESHWARA STONE CRUSHER SITUATED IN SY NO.29 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SRI SANGAPPA ADIVAPPA LIMBIKAYI 10. PARISHRAMA STONE CRUSHER SITUATED IN SY NO.27 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SMT SAVITA SHIVAPUTRAPPA GABBUR -6- 11. MALLIKARJUNA STONE CRUSHER SITUATED IN SY NO.44 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SRI SHANKRAPPA SIDDAPPA TUMBARMATTI 12. SHAMA STONE CRUSHER SITUATED IN SY NO.22 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SRI HASAN DONGRI 13. VISHALGAD MALLIKRIHANI BHAVA STONE CRUSHER SITUATED IN SY NO.43 AND 44 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SRI NAVISAAB 14. EASHWAR STONE CRUSHER SITUATED IN SY NO.31, 43 AND 44 KOLHAR VILLAGE TQ BASVAN BAGAVADI DISTRICT BIJAPUR-586101 REP BY SRI SADASHIVA CHANNAPPA CHIKREDDI ... RESPONDENTS (By Sri NARENDAR.G, AGA FOR R.1 TO 3 & 6 SRI GURURAJ JOSHI, ADV. FOR R.4 SRI SHALINI PATIL, ADV. FOR R.7 TO R.14) THIS WRIT PETITION IS FILED UNDER ARTICLES 226 AND 227 OF THE CONSTITUTION OF INDIA PRAYING TO QUASH THE ORDER AT ANNEXURE-C DATED 02.11.2012, ISSUED/ PASSED BY THE COMMITTEE HEADED BY R2.  The petition is filed as public interest litigation against illegal operation of stone crusher units in and around village: Kolhar, Basavan Bagewadi Taluk, Vijayapura District. It is alleged that the stone crusher units were established and working in contravention of the provisions of Section 6 of the Karnataka Regulation of Stone Crushers Act, 2011 ('Act' for short). It is further alleged that, on account of declaration of certain areas as 'safer zones' under the said Act, some of the crusher units were claiming to be operating in safer zones although such zone was within a distance of 500 meters of Kolhar village and 250 meters from the National Highway. The challenge to declaration of safer zones vide proceedings of District Level Stone Crushing Control Committee held on 02.11.2012 is not substantiated by any relevant evidence.
2. It was, however, found during the course of hearing that, not only respondent Nos.7 to 14 herein, but few other stone crushing units were operating in the area without consent or without fulfilling the requisite conditions under the -8- provisions of Air (Prevention and Control of Pollution) Act, 1981 ('Air Act' for short). And, on account of series of violations, orders in exercise of powers under Section 31A of the Air Act have been issued to forthwith close down the operation of such stone crushers. In some cases, detailed orders are made by the Karnataka State Pollution Control Board to not only close down the stone crusher units forthwith, but orders have been issued to the Deputy Commissioner of the District to seize such stone crusher units and the Managing Director of Hubli Electricity Supply Company (HESCOM) is also directed to stop power supply to such units. By such orders issued in July 2014, the Chief Electrical Inspector in the office of Chief Electrical Inspectorate, Bengaluru is directed to stop the operation of diesel generator sets immediately and until further orders.
3. Learned counsel for the petitioners has alleged, on the basis of sketchy affidavits of some of the petitioners that the stone crusher units have been operating even after such orders of State Pollution Control Board and no further preventive actions were taken by the authorities to whom the directions were issued under the Air Act. By placing on record -9- a number of photographs, it is contended on behalf of stone crusher units joined herein as respondent Nos.7 to 14 that, the industrial units have actually closed their operations and the plants are lying idle without the diesel generator sets being reconnected to even temporarily run the industrial units. It is contended on their behalf that such units under the orders of closure proposed to comply with the conditions which may be imposed by the State Pollution Control Board and obtain valid consent for the purpose of running the units in a legal manner. However, due to pendency of the petition, State Pollution Control Board is not entertaining their applications, according to their submission.
4. Learned counsel appearing for the petitioners insisted that the offending units were still operating and causing air pollution in the area which was obviously a hazardous for the people, cattle and crops in the surrounding areas. He, however, relied upon certain photographs to substantiate his allegation that the units were operational, but the photographs, prima facie, appeared to be showing operation of quarries rather than stone crusher units.
- 10 -
5. Under the above circumstances, a statement is made, on instruction, by learned counsel Mr. Gururaj Joshi that the State Pollution Control Board will process any pending application, in accordance with law, and unless and until consent is accorded to the stone crusher units and all the conditions that may be imposed are complied with, respondents and other stone crusher units in the area will not be allowed to operate and cause any air pollution. He submitted that the Environmental Engineer appointed in the area will regularly visit the area of the units and, whether any complaint is received from the citizens including any of the petitioners or not, any unit operating in violation of law shall be immediately arraigned as the accused in a criminal case by filing appropriate complaint, in accordance with law. It is also stated on behalf of respondent-crusher units that they will not re-start operation of any of the crusher units unless and until valid consent is granted by the State Pollution Control Board and the stone crushers having the facility of diesel generator sets will not only completely disconnect the diesel generator sets, but allow inspection thereof by the Environmental Engineer of the State Pollution Control Board as also by the
- 11 -
Deputy Electrical Inspector to ensure that the diesel generator sets cannot be put to even any temporary use or for any clandestine operation of the stone crusher units. It is realised that, it is absolutely necessary and in the interest of rule of law that no stone crusher unit is allowed to operate in the area except strictly in accordance with law and after providing all the necessary equipments and safeguards for preventing any health hazard or damage to the environment including crops of the farmers tilling their land in the surrounding areas. It would be the duty of the Tahsildar and the Deputy Commissioner concerned to ensure that the area is kept free of any air pollution or nuisance and the operation of any stone crusher unit is strictly conforming to and abiding by the conditions that may be imposed by the State Pollution Control Board, if and when consent is granted for operation of such units.
6. The parties having been satisfied with the above directions and observations, the petition does not survive for any further orders and accordingly, it is disposed, with liberty to the petitioners to make appropriate complaint, in case of necessity, to the local office of the State Pollution Control
- 12 -
Board and to the Deputy Commissioner of the District. There is no order as to cost.
In view of disposal of the petition, all pending I.As do not survive for consideration and are accordingly disposed.
Sd/-
CHIEF JUSTICE Sd/-
JUDGE mv


| Developer Spotlight |
Susan Entwisle of Melbourne, Australia has been a member of the Project JXTA community since March 2002. She is a contributor to the Platform project. She dedicates approximately 15 hours a week to Project JXTA and is currently working on extending the network management facilities available under the current stable build of the JXTA platform under the supervision of Professor Elizabeth Kendall. Susan is an undergraduate attending Monash University in Australia on a part-time basis, studying software engineering. She will be completing this degree in November and hopes to continue onto postgraduate research in the area of distributed computing. Susan has several years industry experience in software development in the financial and telecommunication sectors. Currently, she is a technical architect responsible primarily for the design and implementation of web-based applications. Susan envisions that Project JXTA protocols will become an industry standard for the development of P2P applications. You can reach Susan at<EMAIL_ADDRESS>or on the Project JXTA discuss mailing list. |


Partial component to model the volume interface
of a source component, such as a mass flow source.
The essential features are:
- The pressure in the connection port (= ports.p) is identical to
the pressure in the volume.
- The outflow enthalpy rate (= port.h_outflow) and the
composition of the substances (= port.Xi_outflow) are identical to
the respective values in the volume.
Contents
| Name |
Description |
| Medium |
Medium model within the source |
Generated at 2019-01-25T16:44:03Z by OpenModelica 1.14.0~dev-130-gefa44fb


Configuring ODBC Client Data Sources on UNIX
For UNIX, an ODBC Administrator does not exist. This section describes how to configure the system information file and how to set some required environment variables to use the ODBC Client on UNIX.
Configuring the System Information File
To configure an ODBC data source for UNIX, you must edit the odbc.ini file (32-bit driver) or odbc64.ini file (64-bit driver) using the attributes in Table 1-1.
Example: odbc.ini for Solaris
The following code shows an example of an odbc.ini file for a 32-bit ODBC Client installed on a Solaris machine:
[ODBC Data Sources] SALESDB=DataDirect 32-BIT SequeLink 5.4 [SALESDB] Driver=SALES/lib/ivslk19.so Description=DataDirect 32-BIT SequeLink 5.4 Host= Port= UseLDAP=0 DistinguishedName= [ODBC] Trace=0 TraceFile=odbctrace.out TraceDll=path_of_installdir
/lib/odbctrac.so InstallDir=path_of_installdir
where
path_of_installdir
is the path to the ODBC Client installation directory.Example: odbc64.ini for Solaris
The following code shows an example of the odbc64.ini file for a 64-bit ODBC Client installed on a Solaris machine:
[ODBC Data Sources] SALESDB=DataDirect 64-BIT SequeLink 5.4 [AccountingDB] Driver=Accounting/lib64/ivslk19.so Description=DataDirect 64-BIT SequeLink 5.4 Host= Port= UseLDAP=0 DistinguishedName= [ODBC] Trace=0 TraceFile=odbctrace.out TraceDll=path_of_installdir
/lib64/odbctrac.so InstallDir=path_of_installdir
where
path_of_installdir
is the path to the ODBC Client installation directory.
Setting Environment Variables
You must set several environment variables for the ODBC Client on UNIX by executing a shell script located in the installation directory.
To execute the shell script:
Executing this shell script sets the following environment variables:
ODBCINI Specifies where the centralized odbc.ini or odbc64.ini file is located. SQLNK_ODBC_HOME Specifies the full path of the directory containing the ODBC Client shared libraries.
Executing this shell script also sets the appropriate library search environment variable (LD_LIBRARY_PATH on Solaris and Linux, SHLIB_PATH on HP-UX, or LIBPATH on AIX).
Using a Centralized System Information File
Because UNIX is a multi-user environment, you may want to use a single centralized odbc.ini or odbc64.ini file controlled by a system administrator. To do this, set the ODBCINI environment variable to point to the fully qualified pathname of the centralized file.
For example:
The odbc.ini and odbc64.ini files also require a [ODBC] section that includes the InstallDir keyword. The value of the InstallDir keyword must be the path to the directory that contains the /lib and /messages directories.
For example, if you choose the default installation directory for the 32-bit driver, the following line must be in the [ODBC] section of the odbc.ini file:


We need your password to verify.
blank.gif


Shopping Cart
Pack/Flavors
Quantity
Price
Remove?
6-pack: Pumpkin Spice, Carrot Cake
1
$5
TOTAL = $5
CHECKOUT


2 Kings 18:33
Hath any of the gods of the nations delivered at all his land out of the hand of the king of Assyria?


{{ alert_widget.alert(alert, alert_type, alert_float) }}
{% block content %}{% endblock %}
{% import 'widgets/alert.html' as alert_widget %} {% import 'widgets/dev_test_ribbon.html' as ribbon %} {% import 'widgets/navbar.html' as navbar %} {% import 'widgets/stylesheets.html' as stylesheets %} {% import 'widgets/scripts.html' as scripts %}


Students often find that civic engagement work can play a role in decisions about careers and lead to career opportunities. It can also build skills and knowledge that can be directly related to professions, or are transferable. Listen to these students discuss the connections between their career interests and work they have done in the community.


Fill out the form below and click the generate button to quickly construct your manifest. Click the Generate button to see what the manifest file will look like. Once you are satisfied, click Download to save your generated manifest file. Shazam! Your cf push commands are manageable again.
If you need help put, focus in any field to open the tooltip. If you need more help see the Cloud Foundry documentation on manifests.


A B C D E F G H I L M N O P R S T U V W X Y
All Classes All Packages
All Classes All Packages
All Classes All Packages
S
- save() - Method in class controller.DrawingController
-
Method that is obligate for displaying {@ JFileChooser} for user to choose where to save draw as serialized file, log file with executed commands or picture (screenshot) of draw.
- save(File) - Method in class strategy.FileDraw
-
Save forwarded file as serializable.
- save(File) - Method in interface strategy.FileHandler
- save(File) - Method in class strategy.FileLog
-
Save forwarded file as log of commands.
- save(File) - Method in class strategy.FileManager
-
Call method to save forwarded file.
- save(File) - Method in class strategy.FilePicture
-
Save currently draw as picture.
- scrollPane - Variable in class dialogs.DlgLogParser
- scrollPane - Variable in class frame.DrawingFrame
- selected - Variable in class shapes.Shape
- selected(Graphics) - Method in class adapter.HexagonAdapter
-
Implemented in
HexagonAdapter.draw(Graphics)
. - selected(Graphics) - Method in class shapes.Circle
-
Select circle.
- selected(Graphics) - Method in class shapes.Line
-
Select line.
- selected(Graphics) - Method in class shapes.Point
-
Select point.
- selected(Graphics) - Method in class shapes.Rectangle
-
Select rectangle.
- selected(Graphics) - Method in class shapes.Shape
-
Abstract method that must implements all shapes to select itself.
- selected(Graphics) - Method in class shapes.Square
-
Select square.
- selectedState - Variable in class commands.CmdSelectShape
- serialVersionUID - Static variable in class adapter.HexagonAdapter
- serialVersionUID - Static variable in class dialogs.DlgCircle
- serialVersionUID - Static variable in class dialogs.DlgHexagon
- serialVersionUID - Static variable in class dialogs.DlgLine
- serialVersionUID - Static variable in class dialogs.DlgLogParser
- serialVersionUID - Static variable in class dialogs.DlgPoint
- serialVersionUID - Static variable in class dialogs.DlgRectangle
- serialVersionUID - Static variable in class dialogs.DlgSquare
- serialVersionUID - Static variable in class frame.DrawingFrame
- serialVersionUID - Static variable in class model.DrawingModel
- serialVersionUID - Static variable in class shapes.Circle
- serialVersionUID - Static variable in class shapes.Line
- serialVersionUID - Static variable in class shapes.Point
- serialVersionUID - Static variable in class shapes.Rectangle
- serialVersionUID - Static variable in class shapes.Shape
- serialVersionUID - Static variable in class shapes.Square
- serialVersionUID - Static variable in class shapes.SurfaceShape
- serialVersionUID - Static variable in class view.DrawingView
- setCenter(Point) - Method in class shapes.Circle
- setColor(Color) - Method in class adapter.HexagonAdapter
- setColor(Color) - Method in class shapes.Shape
- setController(DrawingController) - Method in class frame.DrawingFrame
- setFileLog(FileLog) - Method in class dialogs.DlgLogParser
- setInitial(Point) - Method in class shapes.Line
- setInteriorColor(Color) - Method in class adapter.HexagonAdapter
- setInteriorColor(Color) - Method in class shapes.SurfaceShape
- setLast(Point) - Method in class shapes.Line
- setModel(DrawingModel) - Method in class view.DrawingView
- setR(int) - Method in class adapter.HexagonAdapter
- setRadius(int) - Method in class shapes.Circle
- setSelected(boolean) - Method in class adapter.HexagonAdapter
- setSelected(boolean) - Method in class shapes.Shape
- setSide(int) - Method in class shapes.Square
- setUpLeft(Point) - Method in class shapes.Square
- setWidth(int) - Method in class shapes.Rectangle
- setXcoordinate(int) - Method in class shapes.Point
- setYcoordinate(int) - Method in class shapes.Point
- shape - Variable in class commands.CmdAddShape
- shape - Variable in class commands.CmdBringToBack
- shape - Variable in class commands.CmdBringToFront
- shape - Variable in class commands.CmdRemoveShape
- shape - Variable in class commands.CmdSelectShape
- shape - Variable in class commands.CmdToBack
- shape - Variable in class commands.CmdToFront
- Shape - Class in shapes
-
Abstract class which all shapes extend.
- Shape() - Constructor for class shapes.Shape
- shapes - package shapes
- shapes - Variable in class commands.CmdRemoveShape
- shapes - Variable in class model.DrawingModel
- side - Variable in class shapes.Square
- sideLength - Variable in class dialogs.DlgSquare
- size - Variable in class commands.CmdBringToFront
- Square - Class in shapes
-
Class that represent square shape.
- Square() - Constructor for class shapes.Square
- Square(Point, int) - Constructor for class shapes.Square
- Square(Point, int, Color, Color) - Constructor for class shapes.Square
- strategy - package strategy
- surface() - Method in class shapes.Square
-
Calculate surface of square.
- SurfaceShape - Class in shapes
-
Abstract class that must implement all shapes with surface.
- SurfaceShape() - Constructor for class shapes.SurfaceShape
All Classes All Packages


We're sorry but <%= htmlWebpackPlugin.options.title %> doesn't work properly without JavaScript enabled. Please enable it to continue.
咕噜灵波☆
首次加载资源可能较慢，请耐心等待


This micro frontend uses external library Clarity Design. Project Clarity
External libraries are bundled together, see package json and `bundledDependencies`. Gateway doesn't need to know anything about these libraries.


We are a family run metal finishing company, with over 30 year's industry experience. specializing in plastic coating small components using custom multi jigging technique's and automated machinery to coat parts to a high standard at competitive prices those finishes include nylon polyethylene and a range of other thermo plastics. In addition we offer powder coating electrostatically applied epoxy and polyester powder paint. You can find us in the reading area of Berkshire RG1.
This is a default modal in all its glory, but any of the styles here can easily be changed in the CSS.
×


Ombre Rainbow Cookies
Search Results
Ingredients:
- Nonstick vegetable oil spray
- 1½ cups (3 sticks) unsalted butter, room temperature
- 1½ cups sugar
- 10 ounces almond paste (about 1 cup), crumbled
- 2 tablespoons vegetable oil
- ¾ teaspoon kosher salt
- 6 large eggs, room temperature
- 3 cups all-purpose flour
- 5¾ teaspoons plus 4 drops green or red food coloring, divided
- 5 teaspoons matcha (green tea powder) or 1 ounce (about 1 cup) freeze-dried raspberries, divided
- ¾ cup jam, divided
Directions:
- Place racks in upper and lower thirds of oven and preheat to 350°F.
- Lightly coat three 13x9” baking dishes with nonstick spray and line with parchment paper, leaving overhang on both long sides.
- Using an electric mixer on high speed, beat butter, sugar, almond paste, oil, and salt in a large bowl until mixture is well combined and fluffy, 5–8 minutes.
- Add eggs, one at a time, beating after each addition to incorporate before adding the next.
- Continue to beat mixture until pale and fluffy, about 5 minutes.
- Reduce speed to low and, with motor running, gradually add flour. Continue mixing just until combined.
- Divide batter evenly among 3 bowls. (Scoop out about ⅔ cups per bowl, or weigh out 160 g batter for each.)
- If making matcha cookies, mix 4 drops green food coloring and ½ tsp matcha into batter in first bowl.
- Mix ¾ tsp green food coloring and 1½ tsp matcha to batter in second bowl.
- Mix 5 tsp green food coloring and 3 tsp matcha into batter in last bowl. (This will create three shades of green batter.)
- Scrape a bowl of batter into each prepared pan and smooth tops.
- Bake cakes, rotating pans halfway through, until center springs back when gently pressed, 12–15 minutes. Let cakes cool completely in pans.
- Remove lightest-colored cake from pan, turning out onto a surface, and carefully peel away parchment paper.
- Spread half of jam evenly over top.
- Remove medium-colored cake from pan, peel away parchment paper, and place on top of light cake. Spread evenly with remaining jam.
- Remove darkest-colored cake from its pan, peel away parchment paper, and place on top.
- Press down gently to adhere layers and wrap tightly in plastic; chill at least 1 hour.
- To make cookies, trim edges to square off; about ½” on each side should do it. Then, using a serrated knife, cut cake crosswise into 1½”-wide strips (you should have 8 total). Cut strips crosswise into ¾”-thick pieces.


WITNESS LIST Public Information (Interim) Committee July 7, 1998-1:00P A. CT. FOI Commission - Invited On: Pearlman, Mitchell W. (CT Freedom of Info Cmsn), Hartford, CT B. SB 1069 (75th Lege.) - Invited On: von Netzer, Garet (TDNA, TPA, Amar. Globe), Amarillo C. Judicial Records - Invited On: Davis, Denise (TX Judicial Council), Austin D. Committee Charges - Public On: Ballanfant, Kathleen (TX Community News Assoc), Bellaire Borges, Walt (TX Citizen Action), Austin Burgess, Anita (City of Lubbock), Lubbock Coggins, Mike (Moore County News-Press), Dumas Cunningham, Bennet (KTVT Television), Fort Worth Groomer, Cindy (County & District Clks), Amarillo Harrision, Troy (A and T Consultants), Amarillo Hartsell, Jeff (City of Lubbock), Lubbock Jeffers, James P. (City of Plainview), Plainview Nunn, Merril (himself), Amarillo Sanders, Randy (TX APME Assoc., LAJ), Lubbock Schloss, Hadassah (General Services Cmsn), Austin Stratton, Jean Anne (Lubbock County), Lubbock Registering, but not testifying: On: Donovan, Patricia F. (herself), Amarillo Hunt, James (KGNC Radio), Amarillo Myron, Rhonda (TX Dept. of Insurance), Austin


# -*- coding: utf-8 -*-
"""
Container for the primary EMUS routines.
"""
import numpy as np
import linalg as lm
[docs]def calc_obs(psis,z,f1data,f2data=None):
"""Estimates the value of an observable or ratio of observables.
Parameters
----------
psis : 3D data structure
Data structure containing psi values. See documentation in emus.py for a detailed explanation.
z : 1D array
Array containing the normalization constants
f1data : 2D data structure
Trajectory of observable in the numerator. First dimension corresponds to the umbrella index and the second to the point in the trajectory.
f2data : 2D data structure, optional
Trajectory of observable in the denominator.
Returns
-------
avg : float
The estimate of <f_1>/<f_2>.
"""
f1avg = 0
f2avg = 0
for i,psi_i in enumerate(psis):
psi_xi = np.array(psi_i)
psi_i_sum = np.sum(psi_xi,axis=1)
f1_i = np.array(f1data[i])/psi_i_sum
if f2data is None:
f2_i = 1./psi_i_sum
else:
f2_i = np.array(f2data[i])/psi_i_sum
f1avg_i = np.average(f1_i)
f2avg_i = np.average(f2_i)
f1avg += z[i]*f1avg_i
f2avg += z[i]*f2avg_i
return f1avg / f2avg
[docs]def make_pmf(cv_trajs, psis, domain, z, nbins = 100,kT=1.):
"""Calculates the free energy surface for an umbrella sampling run.
Parameters
----------
cv_trajs : 2D data structure
Data structure containing trajectories in the collective variable space. See documentation in emus object for more detail.
psis : 3D data structure
Data structure containing psi values. See documentation in emus object for a detailed explanation.
domain : tuple
Tuple containing the dimensions of the space over which to construct the pmf, e.g. (-180,180) or ((0,1),(-3.14,3.14)) z (1D array or list): Normalization constants for each state
nbins : int or tuple, optional
Number of bins to use. If int, uses that many bins in each dimension. If tuple, e.g. (100,20), uses 100 bins in the first dimension and 20 in the second.
kT : float, optional
Value of kT to scale the PMF by. If not provided, set to 1.0
Returns
-------
pmf : nd array
Returns the potential of mean force as a d dimensional array, where d is the number of collective variables.
"""
if domain is None:
raise NotImplementedError
domain = np.asarray(domain)
if len(np.shape(domain)) == 1:
domain = np.reshape(domain,(1,len(domain)))
ndims = np.shape(domain)[0]
if type(nbins) is int: # Make nbins to an iterable in the 1d case.
nbins = [nbins]*ndims
domainwdth = domain[:,1] - domain[:,0]
# Calculate the PMF
hist = np.zeros(nbins)
for i,xtraj_i in enumerate(cv_trajs):
xtraj_i = (xtraj_i - domain[:,0])%domainwdth + domain[:,0]
hist_i = np.zeros(nbins) # Histogram of umbrella i
for n,coord in enumerate(xtraj_i):
psi_i_n = psis[i][n]
# We find the coordinate of the bin we land in.
coordbins = (coord - domain[:,0])/domainwdth*nbins
coordbins = tuple(coordbins.astype(int))
weight = 1./np.sum(psi_i_n)
hist_i[coordbins] += weight
hist+=hist_i/len(xtraj_i)*z[i]
pmf =-kT* np.log(hist)
pmf -= min(pmf.flatten())
# Calculate the centers of each histogram bin.
return pmf
[docs]def emus_iter(psis, Avals=None, neighbors=None, return_iats = False,iat_method='ipce'):
"""Performs one step of the the EMUS iteration.
Parameters
----------
psis : 3D data structure
Data structure containing psi values. See documentation in emus.py for a detailed explanation.
Avals : 2D matrix, optional
Weights in front of :math:`\psi` in the overlap matrix.
neighbors : 2D array, optional
List showing which states neighbor which. See neighbors_harmonic in usutils.
return_iats : bool, optional
Whether or not to calculate integrated autocorrelation times of :math:`\psi_ii^*` for each window.
iat_method : string, optional
Routine to use for calculating said iats. Accepts 'ipce', 'acor', and 'icce'.
Returns
-------
z : 1D array
Normalization constants for each state
F : 2D array
The overlap matrix constructed for the eigenproblem.
iats : 1D array
If return_iats chosen, returns the iats that have been estimated.
"""
# Initialize variables
L = len(psis) # Number of Windows
F = np.zeros((L,L)) # Initialize F Matrix
if return_iats:
iats = np.ones(L)
iatroutine=_get_iat_method(iat_method)
if Avals is None:
Avals = np.ones((L,L))
if neighbors is None:
neighbors = np.outer(np.ones(L),range(L)).astype(int)
# Calculate Fi: for each i
for i in xrange(L):
Avi = Avals[i]
nbrs_i = neighbors[i]
psi_i = np.array(psis[i])
A_nbs = Avi[nbrs_i]
denom = np.dot(psi_i,A_nbs)
for j_index, j in enumerate(nbrs_i):
Ftraj = psi_i[:,j_index]/denom
Fijunnorm = np.average(Ftraj)
F[i,j] = Fijunnorm*Avi[i]
if return_iats and (i == j):
iat = iatroutine(Ftraj)[0]
if not np.isnan(iat):
iats[i] = iat
z = lm.stationary_distrib(F)
if return_iats:
return z, F, iats
else:
return z, F
def _get_iat_method(iatmethod):
"""Control routine for selecting the method used to calculate integrated
autocorrelation times (iat)
Parameters
----------
iat_method : string, optional
Routine to use for calculating said iats. Accepts 'ipce', 'acor', and 'icce'.
Returns
-------
iatroutine : function
The function to be called to estimate the integrated autocorrelation time.
"""
if iatmethod=='acor':
from acor import acor
iatroutine = acor
elif iatmethod == 'ipce':
from autocorrelation import ipce
iatroutine = ipce
elif iatmethod == 'icce':
from autocorrelation import icce
iatroutine = icce
return iatroutine


In this post, I would like to share two Plugins that can make your code more conspicuous in vim.
vim-interestingwords
The first Plugin is vim-interestingwords
.
This plugin can highlight the occurrences of the word under the cursor. The beauty of this plugin is it can highlight different words simultaneously with different color. And this feature is really helpful when you navigate the code.
The plugin looks like this:
Installation
The installation is simple, I use the vim-plug
plugin manager to install it.
First add the following line to .vimrc
file
Plug 'lfv89/vim-interestingwords'
Then source .vimrc
in terminal to make rc file work and finally run :PlugInstall
in vim.
Usage
- Highlight words
Use <leader>k
to highlight all the occurrence of the word under the current cursor, and press it again to cancel the highlighting.
We can highlight multiple different words at the same time with different color.
- Navigating through words
Use N
and n
to navigate through the occurrences of this word. This is just like what we do through the results of a search.
- Clear all highlight
Use <leader>K
to cancel all highlight words.
Configuration
I think the default config is OK enough for me. However, if we want to personalize our own configuration. It is also welcome. We can add the following config to our .vimrc
file
- mapping
nnoremap <silent> short_cut_for_highlight_words :call InterestingWords('n')<cr>
nnoremap <silent> short_cut_for_clear_all_highlight :call UncolorAllWords()<cr>
nnoremap <silent> short_cut_for_navigate_previous_word :call WordNavigation('forward')<cr>
nnoremap <silent> short_cut_for_navigate_next_word :call WordNavigation('backward')<cr>
- color
let g:interestingWordsGUIColors = ['#8CCBEA', '#A4E57E', '#FFDB72', '#FF7272', '#FFB3FF', '#9999FF']
If you want to randomize the colors
let g:interestingWordsRandomiseColors = 1
vim-cursorword
The second plugin is vim-cursorword
.
This plugin can underlines the word under the cursor and underline the occurrences of this word at the same time.
The plugin looks like this:
Installation
Again, I use vim-plug
in install this plugin.
First add the following line to .vimrc
file
Plug 'itchyny/vim-cursorword'
Then source .vimrc
in terminal to make rc file work and finally run :PlugInstall
in vim.
Usage
After the installation, the plugin will work immediately and you don’t have to do anything.


Giuliani Buds Pressed Previous Ukraine President For Bogus Investigations, Too!
Two buddies of Rudy Giuliani’s tried to arrange a deal with Ukraine’s last President whereby he would get a state visit to the U.S. during an election campaign, so long as Kyiv agreed to announce investigations into the Bidens and the 2016 elections, the Wall Street Journal reports.
Lev Parnas and Igor Fruman reportedly met with then-Ukrainian President Petro Poroshenko in Kyiv in late February to negotiate the deal. Poroshenko was beaten in an April presidential runoff election by the country’s current leader Volodymyr Zelensky.
The meeting reportedly took place in the offices of then-General Prosecutor Yuriy Lutsenko. Fruman and Parnas had traveled to Warsaw earlier in the month with Giuliani, where they met with the country’s top prosecutor.
Lutsenko went on to be the main source for a series of articles by John Solomon that laid the foundation for a host of baseless claims that Giuliani and President Trump have demanded Kyiv to investigate.
State Department official George Kent told House investigators that he believed at least some of Lutsenko’s activities had been “authorized” by Poroshenko, according to a transcript released Thursday.


This lab sheet will allow us to read and write to text files (which lets us store information even after we close down Python) and introduce recursion.
Work through the following:
A video describing the concept.
It is possible to define functions recursively. This is similar to inductive proofs in mathematics. To do this we need to consider two things:
As an example let us code the following function:
$$ f(n) = \sum_{i=0}^ni $$
We can see the 'recursive rule':
$$ f(n) = f(n-1) + n $$
We also know that the 'base case' is:
$$ f(0) = 0 $$
Now let us program this function using recursion:
def sum_of_integers(n):
"""Sum of integers from 0 to n"""
if n == 0: # Base case
return 0
return sum_of_integers(n - 1) + n # Recursive rule
sum_of_integers(3)
Here is another example. The factorial function $n!=n\times(n-1)\times(n-2)...2\times 1$ can be defined as:
Here is how to code this:
def factorial(n):
"""Returns n! using recursion"""
if n == 0: # Base case
return 1
return n * factorial(n - 1)
for n in range(6):
print(factorial(n))
Experiment with modifying the above code.
A video describing the concept.
All of the data we handle with variables, lists and dictionaries lives in the ‘memory’ of a computer when our Python code is running. When the program stops running the data is lost. There will be occasions when we want to write our data to a file on the hard drive of a computer (so that it is always available even when we turn the computer off).
To do this we need Python to open a file (usually a basic text file), write strings to the text file and then close the file. The following code opens (or creates a) text file in ‘write mode’ (that’s what the w is for) and writes the numbers 1 to 10 to it:
textfile = open('mytextfile.txt', 'w') # Open the file in write mode
for i in range(1, 11):
textfile.write(str(i) + "\n")
textfile.close() # Close the file
It is also possible to do it as below (so that we don't have to worry about closing the file).
with open('mytextfile.txt', 'w') as textfile:
for i in range(1, 11):
textfile.write(str(i) + "\n")
Modify the above code to write something different to file.
A video describing the concept.
To read data from a file, we need to open the file in ‘read mode’:
with open('mytextfile.txt', 'r') as textfile:
string = textfile.read()
string
This string is not particularly helpful. To transform the string to a list we can use the split method which separates a string on a given character:
data = string.split('\n')
data
We see that we have a list of strings and also have a last empy item. Here we clean that up (converting the strings to integers and ignoring the last item):
data = [int(e) for e in data[:-1]]
data
A video describing the concept.
The Fibonacci sequence can be thought of as:
Here is how to code this:
def fibonacci(n):
"""Returns the nth fibonacci number using recursion"""
if n in [0, 1]: # Base case
return 1
return fibonacci(n - 1) + fibonacci(n - 2) # Recursive rule
for n in range(10):
print(fibonacci(n))
It can be shown that the Fibonacci sequence can also be given by:
$$ f(n) = \frac{\phi^{(n + 1)} - (-\phi)^{-(n + 1)}}{\sqrt{5}} $$
Where $\phi$ is the golden ratio:
$$ \phi = \frac{1 + \sqrt{5}}{2} $$
Let us use the recursive function to verify that this formula is correct for the first 30 values of $n$:
import math # This is a library that has various helpful function
phi = (1 + math.sqrt(5)) / 2
def alt_fibonacci(n):
"""Return the nth fibonacci number using the golden ratio formula"""
return (phi ** (n + 1) - (-phi) ** (-(n + 1))) / (math.sqrt(5))
As we did in the previous sheet let us write a function to check the formula:
def check_formula(K):
"""Check the golden ratio formula"""
return fibonacci(K) == round(alt_fibonacci(K), 1)
check_formula(3)
Let us check this for the first 30 values:
checks = [check_formula(K) for K in range(30)]
all(checks) # `all` combines all booleans in a list
We can then use the alternative formula to write a large file with the first 500 Fibonacci numbers:
with open('fibonacci.txt', 'w') as textfile:
for n in range(500):
fib_number = int(round(alt_fibonacci(n), 0)) # Rounding the number
textfile.write(str(fib_number) + "\n") # Writing it
Here are a number of exercises that are possible to carry out using the code concepts discussed:
Recursion, writing code that matchs mathematical recursive definitions. For example $a(0)=1$ and $a(n)=2a(n-1)$:
def sequence_a(n):
if n == 0: # base case
return 1
return 2 * a(n - 1) # recursive relationship
Writing to file with open("file.txt", "w")
and reading from file with open("file.txt", "r")
Debugging exercise
The following is an attempt to write $n!$ as a recursive function. Find and fix all the bugs.
def factorial(n):
"""A function that returns factorial n"""
return n * factoial(n)
Write a recursive function that returns the Catalan numbers $C(n)$ defined by the following:
Verify for the first 15 values of $n$ that the following alternative formula also gives the Catalan numbers (this is in fact the more commonly used formula):
$$ C(n) = \frac{(2n)!}{(n+1)!n!} $$
Write the first 500 catalan numbers to file.
You can use the factorial function we defined in this lab sheet (Exercise 1) or you can use the math
library: math.factorial
.
The file primes.csv
(download) contains the first million prime numbers. Use it to attempt to verify Goldbach's conjecture.
Source code: @drvinceknight Powered by: Python Jupyter Mathjax Github pages Skeleton css


Minesweeper
JS
Beginner
Intermediate
Expert
Custom
Highscores
Custom Field
Height
Width
Mines
Okay
Cancel
Difficulty
Name
Time
Beginner
Jeffrey
23.025 seconds
Intermediate
Maria
123.256 seconds
Expert
Joseph the VI, King of Minesweeperania
160.689 seconds
Close