Uses of Interface
org.drip.spline.grid.Span
| Package | Description |
|---|---|
| org.drip.dynamics.evolution |
Latent State Evolution Edges/Vertexes
|
| org.drip.dynamics.lmm |
LMM Based Latent State Evolution
|
| org.drip.spline.grid |
Aggregated/Overlapping Stretch/Span Grids
|
| org.drip.spline.multidimensional |
Multi-dimensional Wire Surface Stretch
|
| org.drip.state.curve |
Basis Spline Based Latent States
|
| org.drip.state.inference |
Latent State Stretch Sequence Inference
|
-
Uses of Span in org.drip.dynamics.evolution
Methods in org.drip.dynamics.evolution that return Span Modifier and Type Method Description Span
LSQMCurveIncrement. span(LatentStateLabel lsl, java.lang.String strQM)
Retrieve the specified Latent State Quantification Metric Span IncrementMethods in org.drip.dynamics.evolution with parameters of type Span Modifier and Type Method Description boolean
LSQMCurveIncrement. setQMSpan(LatentStateLabel lsl, java.lang.String strQM, Span spanIncrement)
Set the LSQM Increment Span -
Uses of Span in org.drip.dynamics.lmm
Methods in org.drip.dynamics.lmm that return Span Modifier and Type Method Description Span
BGMCurveUpdate. continuousForwardRateIncrement()
Retrieve the Instantaneous Continuously Compounded Forward Curve Increment SpanSpan
BGMCurveUpdate. discountCurveIncrement()
Retrieve the Discount Factor Discount Curve IncrementSpan
BGMCurveUpdate. forwardCurveIncrement()
Retrieve the LIBOR Forward Curve Increment SpanSpan
BGMCurveUpdate. instantaneousEffectiveForwardRate()
Retrieve the Instantaneous Effective Annual Forward Rate SpanSpan
BGMCurveUpdate. instantaneousNominalForwardRate()
Retrieve the Instantaneous Nominal Annual Forward Rate SpanSpan
BGMCurveUpdate. spotRateIncrement()
Retrieve the Spot Rate Discount Curve IncrementMethods in org.drip.dynamics.lmm with parameters of type Span Modifier and Type Method Description static BGMCurveUpdate
BGMCurveUpdate. Create(FundingLabel lslFunding, ForwardLabel lslForward, int iInitialDate, int iFinalDate, ForwardCurve fc, Span spanLIBORIncrement, MergedDiscountForwardCurve dc, Span spanDiscountFactorIncrement, Span spanContinuousForwardRateIncrement, Span spanSpotRateIncrement, Span spanInstantaneousEffectiveForward, Span spanInstantaneousNominalForward, LognormalLIBORVolatility llv)
Construct an Instance of BGMCurveUpdate -
Uses of Span in org.drip.spline.grid
Classes in org.drip.spline.grid that implement Span Modifier and Type Class Description class
AggregatedSpan
AggregatedSpan implements the Span interface.class
OverlappingStretchSpan
OverlappingStretchSpan implements the Span interface, and the collection functionality of overlapping Stretches.Methods in org.drip.spline.grid that return Span Modifier and Type Method Description Span
OverlappingStretchSpan. toNonOverlapping()
Convert the Overlapping Stretch Span to a non-overlapping Stretch Span.Constructor parameters in org.drip.spline.grid with type arguments of type Span Constructor Description AggregatedSpan(java.util.List<Span> lsSpan, java.util.List<java.lang.Double> lsWeight)
AggregatedSpan Constructor -
Uses of Span in org.drip.spline.multidimensional
Methods in org.drip.spline.multidimensional that return Span Modifier and Type Method Description Span
WireSurfaceStretch. wireSpanXAnchor(double dblXAnchor)
Retrieve the Surface Span Stretch that corresponds to the given X AnchorSpan
WireSurfaceStretch. wireSpanYAnchor(double dblYAnchor)
Retrieve the Surface Span Stretch that corresponds to the given Y AnchorConstructor parameters in org.drip.spline.multidimensional with type arguments of type Span Constructor Description WireSurfaceStretch(java.lang.String strName, SegmentCustomBuilderControl scbc, java.util.TreeMap<java.lang.Double,Span> mapWireSpan)
WireSurfaceStretch Constructor -
Uses of Span in org.drip.state.curve
Constructors in org.drip.state.curve with parameters of type Span Constructor Description BasisSplineBasisCurve(ForwardLabel friReference, ForwardLabel friDerived, boolean bBasisOnReference, Span span)
BasisSplineBasisCurve constructorBasisSplineDeterministicVolatility(int iEpochDate, CustomLabel label, java.lang.String strCurrency, Span spanImpliedVolatility)
BasisSplineDeterministicVolatility ConstructorBasisSplineFXForward(CurrencyPair cp, Span span)
BasisSplineFXForward constructorBasisSplineGovvieYield(java.lang.String strTreasuryCode, java.lang.String strCurrency, Span span)
BasisSplineGovvieYield ConstructorBasisSplineRepoCurve(Component comp, Span span)
BasisSplineRepoCurve constructorBasisSplineTermStructure(int iEpochDate, CustomLabel label, java.lang.String strCurrency, Span span)
BasisSplineTermStructure ConstructorDiscountFactorDiscountCurve(java.lang.String strCurrency, Span span)
DiscountFactorDiscountCurve constructorZeroRateDiscountCurve(java.lang.String strCurrency, Span span)
ZeroRateDiscountCurve constructor -
Uses of Span in org.drip.state.inference
Constructors in org.drip.state.inference with parameters of type Span Constructor Description LatentStateSequenceBuilder(double dblEpochResponse, LatentStateStretchSpec stretchSpec, ValuationParams valParams, CreditPricerParams pricerParams, CurveSurfaceQuoteContainer csqs, ValuationCustomizationParams vcp, Span span, StretchBestFitResponse sbfr, CaseInsensitiveHashMap<PreceedingManifestSensitivityControl> mapPMSC, StretchBestFitResponse sbfrQuoteSensitivity, BoundarySettings bs)
LatentStateSequenceBuilder constructor


{% extends "account/password_reset_base.html" %} {% load i18n %} {% load static %} {% block title %}{% trans "Password Reset" context "Password reset done page title" %}{% endblock %} {% block form %}
{% blocktrans trimmed context "Password reset done text" %} We have sent you an e-mail. Please contact us if you do not receive it within a few minutes. {% endblocktrans %}


Rock, Paper, Scissors
Play the classic game!
Choose...
One round
Three rounds
Five rounds
Start Game
Rock
Paper
Scissors
3
SEC
Next
Restart Game


<%- include components/contact-modal.html %>
<%- include components/newsletter-modal.html %>
<%- include components/navbar-modal.html %>
<%- include components/navbar.html %>
IndieWest
<%- include components/post-component.html %>
<%- include components/footer.html %>


This page demonstrates audit functionality.
Using pgAdmin you can track changes made by the app. We are dealing with Persons table.
Create record and have a look at CreationTime, CreatorID and TenantID.
Modify record and have a look at ModificationTime and ModifierID.
Delete record and have a look at DeletionTime and DeleterID.
Try switching between tenants ('subdomain1' and 'subdomain2') and see that the app only pulls records which belong to current tenant.
Note that we've applied Dynamic Filter to avoid pulling soft-deleted records.
Loading...
| Id | Name | Description | ||
|---|---|---|---|---|
| N/A |


Instance Properties (General)
The general page contains the basic configuration settings for the service
instance.
- Serial port
- This is the serial port which the service will read from. The port may be
selected from the list or it may be typed in manually if it is not on the list.
When the service starts, it must have exclusive access to this port. No
other applications may be using this port.
- Speed (BPS)
- This is the port speed in bits per second, sometimes called the baud rate.
The speed may be selected from the list or it may be typed in manually if it is
not on the list.
- Byte Size
- This is the number of bits per byte. It is usually 7 (with parity) or 8 (without
parity) but can be any value between 4 and 8.
- Parity
- The parity can be none, odd, even, mark, or space.
- Stop Bits
- The number of stop bits can be 1, 1.5, or 2.
- Timestamp
- When set to Yes, each line in the log file will be prefixed with the current time in
the format "YYYY-MM-DD HH:MM:SS.sss:". Resolution up the millisecond is provided for
time-sensitive applications.
- Log File
- The log file is the full path to the file which will be written by the service.
Any data received from the specified serial port will be written to the log file.
No translation is performed on the data received from the serial port. If you
are using file security (NTFS), then you must ensure that the service account has write
access to this file. By default, the service account is the SYSTEM
built-in account. If the log file refers to a UNC path (ie. \\myserver\logs\log.txt),
then you must set the service account to a valid user with access to the specified
server. Please click here for more information
regarding service security.
- Browse button
- Click this button to open a file dialog that will allow to select a log file
path and name.
- Open button
- Click this button to view the log file. If the file type is associated with an
application, the application will be started. Otherwise, Windows Notepad will be
started. If Log Rotation is enabled, the current log file will be opened.
Note: Some application may not be able to open the file when the
service is running. If the application reports a file in use error, you may
need to pause the service before opening the log file in the application.
- Log Rotation
- When this feature is enabled (any setting other than None), the log file name
is time stamped and a new log file is created periodically. The time stamp format
depends on the selected period. For instance, if the Log File is set to
"pbx.log" and the Log Rotation setting is Daily, then each log file created
will have the format "pbxYYYYMMDD.log". On March 21st, 2002, the log file
will be "pbx20020321.log". Please note that the final extension (after the final period),
remains at the end of the file name. The following table shows the possible values
for this setting:
| Log Rotation | New Log On | File Name Suffix Format |
| None | never | none |
| Monthly | 1st of month at 00:00:00 (midnight) | yyyymm |
| Weekly | Sunday at 00:00:00 | yyyymmdd |
| Daily | 00:00:00 | yyyymmdd |
| Hourly | hh:00:00, hh = 00 to 23 | yyyymmddhh |
| Minutely | hh:mm:00 | yyyymmddhhmm |
- Event Log Settings
- The service records significant events to the Windows Event Log. Select which
(if any) events should be recorded in the Application Event Log. Use
Event Viewer to view these events.
- Start automatically when Windows starts
- Check this box to mark the service as Automatic. This causes the service to
start when Windows starts, even before the a user logs on. This should be checked
if you want to make sure that the service always runs.
- OK button
- Click this button to accept the service instance paramters. The configuration is not saved
until the Save Settings menu command is selected. Also any configuration changes
will not take effect until the service is restarted.
- Cancel button
- Click this button to cancel any changes made to the service instance parameters.
- Help button
- Opens the on-line help.


From Evan
What a crazy adventure this has been. It's 5am so I won't write out the whole story right now, but maybe we can find a time to talk about the takes, tunings, broken strings, pliers, opossums, wrong strings, late nights, editing software, file formats, GitHub upload limits and commit deletions, and more that I encountered along the way. As imperfect as this is, I'm psyched to have pulled off my first multi-part recording! It's something I've thought about for a long time.
I took the song a whole-step down to better suit my vocal range. Fun fact: Sheeran does the same in many of his live performances!
Acoustic guitar is a Bedell HGD-28-G: dreadnought, solid spruce top, rosewood back and sides, mahogany neck.
Electric guitar is an AXL Johnson (cheap Strat copy). Bridge pickup. Tone and volume maxed.
Amp is a Kustom KGA16R. Lead. Gain 1.1/5, volume 0.4/5, low 3/5, mid 4/5, high 5/5.
Edited in CyberLink PowerDirector 11.
I've also included my working documents below, if you want to take a peep. The first is what I referenced during the performance, and the second is what I used during practice.
I did have some help learning the parts, from my good friend Justin Sandercoe. Below is a 15 minute lesson for the rhythm part. I've set it so it should only play from 7:36 to 12:00. If you've got four and a half minutes, I do recommend the excerpt. I think it's pretty funny.


WITNESS LIST Transportation Committee April 26, 2005-8:00A HB 514 For: DeLoach, Jeanette (Texas Motorcycle Rights Assoc.) Sputnick (Texas Motorcycle Rights Assoc.) Against: Lee, David R. (Self) HB 988 For: Allred, Don R. (Self and Oldham County) Artho, Cynthia (Oldham County) Cates, Phil (Oldham County) HB 1988 For: Lee, David R. (Texas Truck Driver's Assoc.) HB 2496 For: Gaskamp, Elaine (Self and Hou, Tx: Greater Fondren SW Super Neighborhood #36 - President) Goldberg, Mark (City of Houston) Holzer, Robin (Self and Citizens' Transportation Coalition & Neartown Association) Ledvina, Polly (Self and Citizens' Transportation Coalition) Smith, Linda (Citizens Transportation Coalition) Tallent, Yvonne (United to Save Our Spring) On: Russell, P.E., Phillip (Texas Dept. of Transportation) HB 2514 On: Plunk, Kenneth (Texas Dept. of Public Safety) HB 3465 For: Walker, Arthur L. (TML Risk Pool)


We have many data will be receive and issue everyday. However, it is very danger in the network. So, when you "walk" in to this "world", please be careful
For your saftly, please keep your password, E-banking Account and other personal information safe and protected from outside with the public network
Three points let you more saftly
- ・Do not open any E-mail from unknown source
- ・Do not save your privacy photo or media on the web drive
- ・Do not login any E-Banking account in the public network


Contact
Feel free to contact us if you have any questions about the project.
Email<EMAIL_ADDRESS>Thank you for your comment. We will get back to you when we have the chance.
Feel free to contact us if you have any questions about the project.
Email<EMAIL_ADDRESS>Thank you for your comment. We will get back to you when we have the chance.


Strings
In Flax, a string is a simply a series of characters, for example "Foo"
, "Поссия"
, and
"🐰🐼"
are all strings. Programmatically, they are represented by the String
type, which
is a part of the Foundation
library.
Flax Strings are UTF-8 aware, and is able to distinguish between the number of characters versus the number of
bytes. The subunit of String
, the Character
class, is basically a minified string, holding
zero or more bytes, defining a UTF-8 codepoint.
Despite this, Flax Strings still allow arbitrary indexing via the subscript operator, although the operation happens i
O(n)
time due to the nature of UTF-8.
As with the rest of Flax, the String
type is designed to interoperate as seamlessly as possible with C;
String
s can be transparently converted to Int8*
, which is equivalent to const char*
in C.
This is simply an access on the first member of the struct, so care must be taken passing it to mutating functions.
Basic Strings
String Literals
The most straightforward way to use strings in Flax is through a string literal, which is simply a series of characters enclosed in double quotes. String literals can contain Unicode characters, but the source file should be saved as UTF-8 to allow compatibility.
"This is a string."
String literals can be assigned to variables, passed to functions, or otherwise used like a normal expression.
var str = "This is a string."
str = "You've changed." // this is legal
However, they are immutable, so they cannot be the target of an assignment.
"haha no." = "lol what" // error
Mutability
The string is a regular type like anything else, so the mutability of a String
variable depends on whether
it was defined with let/val
or var
.
let str = "Modify me!"
str += "another!" // error
Value Behaviour
Flax strings are value-types, meaning that expressions taking a string are given a copy of the original, such that modifying the new string has no effect on the original string.
var string1 = "String One"
var string2 = string1 // the contents of string1 are copied
string2 += "???"
println(string1) // prints "String One"
println(string2) // prints "String One???"
The exception is where both the recipient and source of the string are immutable, in which case no copy is made, since
it is unnecessary.
let string1 = "String One"
let string2 = string1 // no copy
Characters
Flax allows you to index into a String
to get at the characters that make it up. Due to the nature of UTF-8,
a Character
is actually a series of bytes that come together to represent a Unicode codepoint.
There's really no point in having a separate syntax for characters, so in fact characters are simply initialised using string
literals. Thus, an explicit type must be specified, to prevent the variable from being inferred as type String
.
let char: Character = "π"


Questions or comments? We check<EMAIL_ADDRESS>religiously, so please drop us a line!
Last modified: February 20, 2014
Thanks for using our service ("Services"). The Epulo community is based on trust, responsibilty, and community. Our terms of service encodes these ideals in a concrete way. By using our Services, you are agreeing to these terms. Please read them carefully.
Don't misuse our Services. For example, don't send spam emails to other patrons on the application. Do not use or identify the location of users of the Service unless agreed upon. You may use our Services only as permitted by law. We may suspend or stop providing our Services to you if you do not comply with our terms or policies or if we are investigating suspected misconduct.
You may not use content from our Services unless you obtain permission from the owner or are otherwise permitted by law. These terms do not grant you the right to use any branding or logos used in our Services. Don’t remove, obscure, or alter any legal notices displayed in or along with our Services.
In connection with your use of the Services, we may send you service announcements, application news, and other information.
By using our Services, you agree publically share your name, email address, and zipcode. You agree to receive emails through the Service for item requests or offers. You agree that any item listed in your inventory, along with any request or offer made through the app ('bulletin') is publically viewable.
We take reasonable precautions to protect your privacy. Epulo cannot be held accountable for any breach in privacy. We will inform users of any known violation of privacy and the extent of the violation.
We may modify these terms or any additional terms that apply to a Service to, for example, reflect changes to the law or changes to our Services. You should look at the terms regularly. We love you all.


Specify which columns from the left file will be matched to the right file. Any unmapped columns will not be compared


An Old Crab said to her son,
“Why do you walk sideways like that, my son? You ought to walk straight.”
The Young Crab replied,
“Show me how, dear mother, and I'll follow your example.”
The Old Crab tried,
but tried in vain, and then saw how
foolish she had been to find fault with her child.
Example is better than precept.
A Peacock taunted a Crane with the dullness of her plumage.

An Old Woman became almost totally blind from a disease of the eyes, and, after consulting a Doctor, made an agreement with him in the presence of witnesses that she should pay him a high fee if he cured her, while if he failed he was to receive nothing.  The Doctor accordingly prescribed a course of treatment, and every time he paid her a visit he took away with him some article out of the house, until at last, when he visited her for the last time, and the cure was complete, there was nothing left.  When the Old Woman saw that the house was empty she refused to pay him his fee; and, after repeated refusals on her part, he sued her before the magistrates for payment of her debt.
On being brought into court she was ready with her defence.
“The claimant,” said she, “has stated the facts about our agreement correctly…
I undertook to pay him a fee
if he cured me,
and he, on his part, promised to charge nothing
if he failed.
Now, he says I am cured; but I say that I am
blinder than ever,
and I can prove what I say.
When my eyes were bad I could at any rate see well enough to be aware
that my house contained a certain amount of furniture and other things;
but now,
when according to him I am cured,
I am entirely unable to see anything there at all.”


{% extends '_layouts/layout_3-3.html' %} {% block page_title %}Privacy{{serviceName}}{% endblock %} {% block pageTitle %}Privacy{% endblock %} {% block content %}
It is important that your medical information should only be accessible by you and people you trust who are directly involved in your healthcare.
If you become aware that anyone else has access to your information, please inform a healthcare professional at the earliest opportunity.
Are you completing this registration process willingly, and do you understand that it is important that you don't share access details with anyone else?
{% endblock %} {% block footer %}{% endblock %}


This package contains functionality to recognize "tokens" of various type in
a String input, and to convert them into a SemanticNode
, which
has functionality similar to a method.
Errors in input are handled by the ParseException
class.
Extensibility is handled primarily by the Grammar
interface, which
is used by the tokenizer to determine the types of tokens corresponding to
different symbols. Currently supported grammars are the BooleanGrammar and
the RealGrammar.


Hello and Thank You for Attending
- This is our 5th meet up event for Norfolk.js
- We have ~99 members (Hi New Members!)
- You can find us on Github, meetup.com, and Twitter
Discounts and Trial Memberships
- Books: Focal Press, O'Reilly, No Starch Press
- Training: Treehouse,Code School, Pluralsight and more!
- E-mail will be sent to the meet up list.
Upcomming Events
- SushiJS ‐ May 21st (seats limited, waiting list on meetup.com)
- National Civic Day of Hacking ‐ May 31st @StanZheng
- T-Shirt booster campaign ‐ (TBD)
- Beginner Workshop ‐ June 27th
- Ask Me Anything (AMA) Raquel ‘@rockbot’ Vélez (June)
- Pair Programming Calendar (TBD)
Our Featured Speaker: Travis Webb
Yeah, there's a Map for that: Geospatial JavaScript In Action


{% extends 'page.html' %} {% block scripts %} {% endblock %} {% block title %}Homebrew Formulas - Malt.io{% endblock %} {% block content %}
Original gravity is a measure of the amount of sugar in a wort that has the potential of becoming alcohol through fermentation. You can caluclate the original gravity `o` with the following formula, where `p` is the parts per pound per gallon of sugar, `w` is the weight in pounds, `g` is the batch size in gallons and `e` is the efficiency where the default efficiencies for mashed, steeped, and boiled fermentables are 75%, 50%, and 100% respectively:
`o = 1 + (sum((p * w * e) / g)) / 1000`
Final gravity is a measure of the amount of sugar remaining in a wort after fermentation has converted much of the sugar to alcohol. You can calculate the final gravity `f` with the following formula, where `o` is the original gravity and `a_1`, `a_2`, `a_3`, etc are the percentage attenuation values of the yeast in the recipe:
`f = o - ((o - 1) * (max(a_1, a_2, a_3, ...)) / 100)`
Brew color is usually given in degrees SRM, and is a function of the colors of each fermentable sugar. You can calculate the SRM color value `c` with the following formula, where `s` is the fermentable color value, `w` is the weight in pounds, and `g` is the batch size in gallons:
`c = sum((s * w) / g)`
The brew color is usually given in degrees SRM, which can be problematic if it is to be displayed on a digital screen. Digital screens usually use red, green, and blue value triplets. You can calculate approximate red, green, and blue 8-bit values `r`, `g`, and `b` with the following formulas, where `c` is the SRM color value in degrees:
`r = min(255, max(0, 255 * 0.975^c))`
`g = min(255, max(0, 245 * 0.88^c))`
`b = min(255, max(0, 220 * 0.7^c))`
Alcohol by volume is a percentage of the brew's volume that is alcohol compared to that which is not. You can calculate the amount of alcohol `a` with the following formula, where `o` is the original gravity and `f` is the final gravity:
`a = (1.05 * (o - f)) / (.0079f)`
Real extract is an intermediate value based on gravities converted to units plato that is used in other calculations, such as the number of calories. You can calculate the real extract `r` with the following formulas, where `o` is the original gravity and `f` is the final gravity.
`p = -205.35o^2 + 668.72o - 463.37`
`q = -205.35f^2 + 668.72f - 463.37`
`r = 0.1808p + 0.8192q`
Calories are a measure of energy that is available per bottle of finished brew. You can calculate the calorie content `k` with the following formula, where `a` is the alcohol percentage by volume, `b` is the bottle size in ml, `f` is the final gravity, and `r` is the real extract:
`k = (6.9 (0.79a / f) + 4 (r - 0.1)) * f * b / 100`
Bitterness is usually measured in IBUs, an international measure of how bitter something tastes. Malt.io uses the Tinseth formula for accurate IBU calculation. You can calculate the IBU value `i` with the following formula, where `o` is the original gravity, `t` is the time in minutes that hops are boiled, `d` is the hop alpha acid percentage, `z` is the weight of the hops in ounces, `h` is the average boil size in gallons, and `u` is the utilization factor (1.0 for whole hops, 1.15 for pellet hops):
`i = sum(1.65 * 0.000125^(o - 1) * (1 - 2.718^(-0.04t) / 4.15) * (7490duz) / (100h))`
The bitterness ratio BU:GU is a measure of how bitter a brew is in comparison to the original gravity, i.e. the alcohol potential of a recipe. You can calculate the ratio `v` using the following formula, where `i` is the recipe bitterness in IBU and `o` is the original gravity:
`v = i / (1000(o - 1))`
{% endblock %}


MEMPCPY
Section: Linux Programmer's Manual (3)
Updated: 2014-03-18
Index
Return to Main Contents
NAME
mempcpy, wmempcpy - copy memory area
SYNOPSIS
#define _GNU_SOURCE /* See feature_test_macros(7) */
#include <string.h>
void *mempcpy(void *dest, const void *src, size_t n);
#define _GNU_SOURCE /* See feature_test_macros(7) */
#include <wchar.h>
wchar_t *wmempcpy(wchar_t *dest, const wchar_t *src, size_t n);
DESCRIPTION
The
mempcpy()
function is nearly identical to the
memcpy(3)
function.
It copies
n
bytes from the object beginning at
src
into the object pointed to by
dest.
But instead of returning the value of
dest
it returns a pointer to the byte following the last written byte.
This function is useful in situations where a number of objects
shall be copied to consecutive memory positions.
The
wmempcpy()
function is identical but takes
wchar_t
type arguments and copies
n
wide characters.
RETURN VALUE
dest
+
n.
VERSIONS
mempcpy()
first appeared in glibc in version 2.1.
ATTRIBUTES
Multithreading (see pthreads(7))
The
mempcpy()
and
wmempcpy()
functions are thread-safe.
CONFORMING TO
This function is a GNU extension.
EXAMPLE
void *
combine(void *o1, size_t s1, void *o2, size_t s2)
{
void *result = malloc(s1 + s2);
if (result != NULL)
mempcpy(mempcpy(result, o1, s1), o2, s2);
return result;
}
SEE ALSO
memccpy(3),
memcpy(3),
memmove(3),
wmemcpy(3)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- VERSIONS
-
- ATTRIBUTES
-
- Multithreading (see pthreads(7))
-
- CONFORMING TO
-
- EXAMPLE
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:03 GMT, September 18, 2014


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Total Balance |
More Transaction Stuff
| Type |
Amount |
Amount USD |
Timestamp |


class Semrush::Report
Report
Class¶ ↑
Most of these methods take a hash parameter that may contain the following keys :
-
:db (ex: :db => “us”)
-
:api_key (ex: :api_key => ‘gt97s6d4a6w’)
-
:limit (ex: :limit => 2000)
-
:offset (ex: :offset => 5)
-
:export_columns (ex: :export_columns => “Dn,Rk”)
Constants
- DBS
- REPORT_TYPES
- REQUEST_TYPES
Public Class Methods
Initializes a report for a specific domain. Takes a hash parameter that may contain the following keys :
-
:db (ex: :db => “us”)
-
:api_key (ex: :api_key => ‘gt97s6d4a6w’)
-
:limit (ex: :limit => “”)
-
:offset (ex: :offset => “”)
-
:export_columns (ex: :export_columns => “”)
# File lib/semrush/report.rb, line 41 def self.domain domain, params = {} self.new(params.merge(:request_type => :domain, :request => domain)) end
# File lib/semrush/report.rb, line 28 def initialize params = {} @parameters = params @request_types = REQUEST_TYPES @api_report_url = API_REPORT_URL end
Initializes a report for a specific phrase (or keyword). Takes a hash parameter that may contain the following keys :
-
:db (ex: :db => “us”)
-
:api_key (ex: :api_key => ‘gt97s6d4a6w’)
-
:limit (ex: :limit => “”)
-
:offset (ex: :offset => “”)
-
:export_columns (ex: :export_columns => “”)
# File lib/semrush/report.rb, line 52 def self.phrase phrase, params = {} self.new(params.merge(:request_type => :phrase, :request => phrase)) end
Initializes & calls a report for the remaining API units Takes a hash parameter that may contain the following keys :
-
:api_key (ex: :api_key => ‘gt97s6d4a6w’)
# File lib/semrush/report.rb, line 70 def self.remaining_quota params = {} @remaining_quota_url ||= begin temp_url = "#{API_UNITS_URL}" #do not copy the constant as is or else the constant would be modified !! params = {:api_key => Semrush.api_key}.merge(params) params.each {|k, v| if v.blank? temp_url.gsub!(/&[^&=]+=%#{k.to_s}%/i, '') else temp_url.gsub!("%#{k.to_s.upcase}%", CGI.escape(v.to_s).gsub('&', '%26')) end } temp_url end puts "[Semrush query] URL: #{@remaining_quota_url}" if Semrush.debug url = URI.parse(@remaining_quota_url) response = Net::HTTP.start(url.host, url.port, :use_ssl => true) {|http| http.get(url.path+"?"+url.query) } body = response.body if body.blank? && response['location'].present? && response['location']!=@remaining_quota_url @remaining_quota_url = URI.join("http://#{url.host}", response['location']).to_s self.remaining_quota params else body.force_encoding("utf-8") body.starts_with?("ERROR") ? error(body) : body.to_i end end
Initializes a report for a specific domain. Takes a hash parameter that may contain the following keys :
-
:db (ex: :db => “us”)
-
:api_key (ex: :api_key => ‘gt97s6d4a6w’)
-
:limit (ex: :limit => “”)
-
:offset (ex: :offset => “”)
-
:export_columns (ex: :export_columns => “”)
# File lib/semrush/report.rb, line 63 def self.url url, params = {} self.new(params.merge(:request_type => :url, :request => url)) end
Public Instance Methods
AdWords report Can be called for a domain or a URL. Default columns for a domain:
-
Ph - Search query which the site buys in AdWords in Google
-
Po - The position of the ad at the time of data collection
-
Pp - The position of the ad at the time of previous data collection
-
Nq - Average number of queries of this keyword in a month, for the corresponding local version of Google
-
Cp - Average price of a click on the AdWords ad for this search query, in U.S. dollars
-
Vu - Display URL. This is the URL displayed on your ad to identify your site to users.
-
Tr - The ratio of the number of visitors coming to the site from this ad to all visitors coming from Google AdWords
-
Tc - The ratio of site’s expenditures on this particular ad to it’s expenditures on all AdWords ads in general
-
Co - Competition of advertisers in AdWords for that term, the higher is the number - the higher is the competition
-
Nr - The number of search results - how many pages does Google know for this query
-
Td - Dynamics of change in the number of search queries in the past 12 months (estimated)
-
Ur - The destination URL is the exact URL within your website that you want to send users to from your ad.
Default columns for a URL:
-
Ph - Search query that the URL has within the first 20 Google Organic or AdWords results
-
Po - The position of this URL for this keyword in Organic or AdWords results
-
Nq - Average number of queries of this keyword in a month, for the corresponding local version of Google
-
Cp - Average price of a click on the AdWords ad for this search query, in U.S. dollars
-
Co - Competition of advertisers in AdWords for that term, the higher is the number - the higher is the competition
-
Tr - The ratio of the number of visitors coming to the URL from this keyword to all visitors coming
-
Tc - The ratio of the estimated cost of buying the same number of visitors for this search query to the estimated cost of purchasing the same number of targeted visitors coming to this URL
-
Nr - The number of search results - how many pages does Google know for this query
-
Td - Dynamics of change in the number of search queries in the past 12 months (estimated)
# File lib/semrush/report.rb, line 183 def adwords params = {} url? ? request(params.merge(:report_type => :url_adwords)) : request(params.merge(:report_type => :domain_adwords)) end
Main report. Available for a phrase or a domain. Default columns for a domain:
-
Dn - A site name.
-
Rk - Rating of sites by the number of visitors coming from the first 20 Google search results
-
Or - Keywords that this site has in TOP20 Google Organic results
-
Ot - Estimated number of visitors coming from the first 20 Google search results (per month)
-
Oc - Estimated cost of purchasing the same number of visitors
-
Ad - Keywords that this site has in TOP20 Google AdWords
-
At - Estimated number of visitors coming from AdWords (per month)
-
Ac - Estimated expenses of the site for the advertising in AdWords (per month)
Default columns for a phrase:
-
Ph - The search query which the site has within the first 20 Google search results
-
Nq - Average number of queries of this keyword in a month, for the corresponding local version of Google
-
Cp - Average price of a click on the AdWords ad for this search query, in U.S. dollars
-
Co - Competition of advertisers in AdWords for that term, the higher is the number - the higher is the competition
-
Nr - The number of search results - how many pages does Google know for this query
# File lib/semrush/report.rb, line 115 def basics params = {} domain? ? request(params.merge(:report_type => :domain_rank)) : request(params.merge(:report_type => :phrase_this)) end
Competitors in AdWords search report Default columns:
-
Dn - Sites competing with this site in AdWords, sorted by the number of common keywords
-
Np - Number of common keywords in AdWords that these two sites buy
-
Ad - Keywords that this site has in TOP20 Google AdWords
-
At - Estimated number of visitors coming from AdWords (per month)
-
Ac - Estimated expenses of the site for the advertising in AdWords (per month)
-
Or - Keywords that this site has in TOP20 Google Organic results
# File lib/semrush/report.rb, line 211 def competitors_adwords params = {} request(params.merge(:report_type => :domain_adwords_adwords)) end
Potential ad/traffic sellers report Default columns:
-
Dn - Sites that get into Google TOP20 for keyword queries that analyzed site buy in AdWords
-
Np - The number of keywords which this site has in search results next to the AdWords ads of the analyzed site
-
Or - Keywords that this site has in TOP20 Google Organic results
-
Ot - Estimated number of visitors coming from the first 20 Google search results (per month)
-
Oc - Estimated cost of purchasing the same number of visitors
-
Ad - Keywords that this site has in TOP20 Google AdWords
# File lib/semrush/report.rb, line 235 def competitors_adwords_by_organic params = {} request(params.merge(:report_type => :domain_adwords_organic)) end
Competitors in organic search report Default columns:
-
Dn - Sites competing with this site in Google search results, sorted by the number of common keywords
-
Np - The number of keywords on which the site is displayed in search results next to the analyzed site
-
Or - Keywords that this site has in TOP20 Google Organic results
-
Ot - Estimated number of visitors coming from the first 20 Google search results (per month)
-
Oc - Estimated cost of purchasing the same number of visitors
-
Ad - Keywords that this site has in TOP20 Google AdWords
# File lib/semrush/report.rb, line 199 def competitors_organic params = {} request(params.merge(:report_type => :domain_organic_organic)) end
Potential ad/traffic buyers report Default columns:
-
Dn - The list of sites that buys ads in AdWords for those keywords that the domain under analyzis has within Google TOP20
-
Np - Number of keywords on which ads of this particular site appear and the analyzed site gets within Google TOP20
-
Ad - Keywords that this site has in TOP20 Google AdWords
-
At - Estimated number of visitors coming from AdWords (per month)
-
Ac - Estimated expenses of the site for the advertising in AdWords (per month)
-
Or - Keywords that this site has in TOP20 Google Organic results
# File lib/semrush/report.rb, line 223 def competitors_organic_by_adwords params = {} request(params.merge(:report_type => :domain_organic_adwords)) end
Fullsearch keyword report Default columns:
-
Ph - The search query which the site has within the first 20 Google search results
-
Nq - Average number of queries of this keyword in a month, for the corresponding local version of Google
-
Cp - Average price of a click on the AdWords ad for this search query, in U.S. dollars
-
Co - Competition of advertisers in AdWords for that term, the higher is the number - the higher is the competition
-
Nr - The number of search results - how many pages does Google know for this query
-
Td - Dynamics of change in the number of search queries in the past 12 months (estimated)
# File lib/semrush/report.rb, line 265 def fullsearch params = {} request(params.merge(:report_type => :phrase_fullsearch)) end
Ads history for domain or phrase Default columns:
# File lib/semrush/report.rb, line 241 def history_adwords params = {} domain? ? request(params.merge(:report_type => :domain_adwords_historical)) : request(params.merge(:report_type => :phrase_adwords_historical)) end
Keyword Difficulty report Usage: > report = Semrush::Report.phrase
(phrases.join(‘;’), database: ‘us’, limit: 100).kdi Report
constants an array of hashes:
-
keyword - phrase for KDI
-
keyword_difficulty_index - KDI for phrase
# File lib/semrush/report.rb, line 275 def kdi params = {} request(params.merge(:report_type => :phrase_kdi)) end
# File lib/semrush/report.rb, line 186 def keywords_adwords params = {} warn "[DEPRECATION] `keywords_adwords` is deprecated. Please use `adwords` instead." adwords(params) end
# File lib/semrush/report.rb, line 153 def keywords_organic params = {} warn "[DEPRECATION] `keywords_organic` is deprecated. Please use `organic` instead." organic(params) end
Tries to make the api call for the report called as method (see samples on www.semrush.com/api.html). Allows calls like:
-
Semrush::Report.new
.domain_rank(:request_type => :domain, :request => ‘thedomain.com’) -
Semrush::Report.new
.domain_organic_organic(:request_type => :domain, :request => ‘thedomain.com’) -
Semrush::Report.new
.phrase_related(:request_type => :phrase, :request => ‘the+phrase’) -
Semrush::Report.new
.phrase_fullsearch(:request_type => :phrase, :request => ‘the+phrase’)
# File lib/semrush/report.rb, line 22 def method_missing(method, *args) return super unless REPORT_TYPES.include?(method) && args.first.is_a?(Hash) request args.first.merge(:report_type => method) end
Organic report Can be called for a domain or a URL. Default columns for a domain:
-
Ph - The search query which the site has within the first 20 Google search results
-
Po - The position of the site for the search query in Google, at the moment of data collection
-
Pp - The position of the site for the search query in Google, for the previous data collection
-
Nq - Average number of queries of this keyword in a month, for the corresponding local version of Google
-
Cp - Average price of a click on the AdWords ad for this search query, in U.S. dollars
-
Ur - URL of a page of the site which is displayed in search results for this query (landing page)
-
Tr - The ratio of the number of visitors coming to the site from this search request to all visitors coming from Google search results
-
Tc - The ratio of the estimated cost of buying the same number of visitors for this search query to the estimated cost of purchasing the same number of targeted visitors coming to this site from Google search results
-
Co - Competition of advertisers in AdWords for that term, the higher is the number - the higher is the competition
-
Nr - The number of search results - how many pages does Google know for this query
-
Td - Dynamics of change in the number of search queries in the past 12 months (estimated)
Default columns for a URL:
-
Ph - Search query that the URL has within the first 20 Google Organic or AdWords results
-
Po - The position of this URL for this keyword in Organic or AdWords results
-
Nq - Average number of queries of this keyword in a month, for the corresponding local version of Google
-
Cp - Average price of a click on the AdWords ad for this search query, in U.S. dollars
-
Co - Competition of advertisers in AdWords for that term, the higher is the number - the higher is the competition
-
Tr - The ratio of the number of visitors coming to the URL from this keyword to all visitors coming
-
Tc - The ratio of the estimated cost of buying the same number of visitors for this search query to the estimated cost of purchasing the same number of targeted visitors coming to this URL
-
Nr - The number of search results - how many pages does Google know for this query
-
Td - Dynamics of change in the number of search queries in the past 12 months (estimated)
Default columns for a phrase:
-
Dn - A site name
-
Ur - Target URL
# File lib/semrush/report.rb, line 146 def organic params = {} case when url? then request(params.merge(:report_type => :url_organic)) when phrase? then request(params.merge(:report_type => :phrase_organic)) else request(params.merge(:report_type => :domain_organic)) end end


Let's Go To The Movies
Find out what's playing in your city today
Enter Your Zip Code
To find out what the movie theaters are playing today!
Submit


Registers collection
Can't find a Register?
Ready to use
-
Countries
British English-language names and descriptive terms for countries
-
Countries and territories
All territories and countries recognised by the UK government
-
Government organisation
Government department, agency or teams that exist on GOV.UK
-
Government service
Government services that have a government service domain
-
Internal drainage board
Public bodies in England that manage drainage systems
-
Local authorities in England
List of all local authorities in England
-
Local authority nir
List of all local authorities in Northern Ireland
-
Local authorities in Scotland
List of all local authorities in Scotland
-
Local authorities in the UK
Local authorities in England, Scotland, Wales and Northern Ireland
-
Local authority type
Types of local government organisations in the UK
-
Principal local authority
List of all principal local authorities in Wales
-
Prison estate
A register of the prison estates in England and Wales as defined by HM Prison and Probation Service
-
Registration district
Districts in England and Wales responsible for recording births, marriages, deaths or civil partnerships for the purpose of registration acts
-
Territory
Political, administrative and geographical entities that aren’t recognised as countries by the UK
In progress
-
Government domain
Government domains that appear on GOV.UK
-
Industrial classification
Standard Industry Codes (SIC) used to classify business establishments and other standard units by the type of economic activity in which they are engaged
-
Industrial classification
Standard Industry Codes (SIC) used to classify business establishments and other standard units by the type of economic activity in which they are engaged
-
Occupation
Standard Occupation Codes (SOC) are classifications of occupations in the UK used when collecting occupational data to enable comparison of occupations across data sets
-
Public body
A register of current and former public bodies that are classified for national accounting
-
Public body classification
A register of the classifications that current and former public bodies can have
-
School Eng
Schools in England legally registered to provide full time education to pupils of compulsory school age
-
School Type Eng
Types of schools in England
-
Social housing provider
Social housing providers in England
-
Social housing provider
Social housing providers in England
-
Social housing provider designation
The Designation of a social housing provider
-
Social housing provider legal entity
The legal classification of the social housing provider
-
Statistical geography
Geographies that are used in compiling official statistics
-
Statistical Geography Unitary Authority Wls
Statistical geography data for principal local authorities in Wales


Cross Platform Developemnt (CMP3035M)
Week 1 (18): Slides (Intro to CPD & PhoneGap)Week 2 (19): Mobile Moments / Assessment
Week 3 (20): Features overview
Week 4 (21): UX, User scenarios and requirements
Week 5 (22): Programming js refresh / debugging Week 6 (23): Programming Features/ Camera, saving images and interface Week 7 (24): Programming Features/ Geolocation Week 8 (25): Programming Features/ Rest api's (AJAX) Week 9 (26): Programming Features/ WEB ARWeek 10 (27): Evaluation
Week 11 (28): Guest Lecture/Dark web
Week 12 (29): Wrap up


PROJECTS
Worked on various technologies,
currently experimenting TIBCO
Breast Cancer Diagnosis
Using Decision Trees
Proposed a method of classifying the breast data using different decision tree algorithms and comparing the results to determine the most efficient classification method.
Multi Lingual and Multi Domain Review Classification
Created a tool which helps in analyzing and classifying product reviews from different domains and languages, to classify the reviews we use support vector machines(svm) and transductive support vector machines(tsvm) of Machine Learning and Text Mining.
Canteen Management System
Sole contributor to design and implementation of a web application integrated with Card Reader for Canteen Management System. Used HTML 5, CSS3, Java Script, JSP for the development.
Test Case Automation
Developed an automation tool based on Java to create unit test cases by reading the real time XML request & response from SoapUI and converting it into the required test case framework. This tool was used for Canadian based national bak projects which resulted in reducing the time taken to create the test case documents.
Lending And Risk Management
Currently working on TIBCO Business Works for integrating communication between different layers of front-end and back-end systems for various products for a Canadian based national bank. Proficient in handling REST - JSON ,SOAP and EMS services.
© Rishikesh Ram


{{para}}
{% endfor %}The poems generated might include offensive content which may not be suitable for everyone but we try our best to filter them out. Feel free to check out the project on github or to mail us for more insights into how the AI was developed.


{% extends "exotic_bay/base.html" %} {% block title_block %}Sign Up Closed{% endblock %} {% block body_block %}
We are sorry, but the sign up is currently closed.


Ireland is a country rich in history, and Irish Traditional Music is a great part of this.
Cosan Ceol will allow you to travel around Ireland, learning all about different Bands influenced by the music culture of their homeland


There are many American Community Survey tables which provide information on the income of people living in the United States. Even for releases of data collected over three or five years, income data is reported in inflation-adjusted dollars for the release year.
Most income data is reported at the household level, but there are tables which are focused on family households, as well as some which report on individual income. There are also some tables which are particularly applicable to understanding income inequality, including one, B19083 which provides the Gini index for a place as its only column.
Income is reported in a number of ways: as a median value, or as a series of medians for groups within a total population; as a number of people or households earning in a certain bracket; as well as a few other structures.
Median incomes are reported by household, with subsets for only family households and also for nonfamily households. One table, B19326 reports median income for individuals by sex.
For all of these tables, income refers to income for "the last 12 months" prior to the survey response.
{% list_tables prefix="19" query="median" %}The various aggregate income tables provide the total amount of income, as well as broken down by income type, for the summary geography.
Table B19313 aggregates all income in the geography, which will produce a number somewhat higher than B19025 because it includes people who live in "group quarters."
Table B19301, "Per Capita income", is simply the value for B19313 "Aggregate Income" divided by the total population estimate for the summary geography. This statistic is more or less the 'average' income. Note the potential for misunderstanding: A) the aggregate income is divided among all people, not only those who actually had income, and B) as with any average, outliers (very big earners) can have a disproportionate effect on resulting figure.
For all of these tables, income refers to income for "the last 12 months" prior to the survey response.
{% list_tables prefix="19" query="aggregate" %}


Contact Us
Frequently Asked Questions
If you have a common question that you think may get asked regularly then you can visit our FAQ page to check for it there. However, if your question isn’t on our FAQ page and you think it may be a little outside the box then you can contact us via the following routes. Need an answer? Find it on our FAQ Page
General Enquiry Contact Information
If you have a general question that isn’t on the FAQ page then you can contact our team using the following instructions. General enquiries can be followed by a variety of routes including telephone, fax, email and written enquires so get in touch below.
T:+44 (0)<PHONE_NUMBER>
F: +44 (0)<PHONE_NUMBER>
Email<EMAIL_ADDRESS>For Written Enquiries
Please use the following address:
Department of Languages, Information & Communications
Manchester Metropolitan University
Geoffrey Manton Building
Rosamond Street West
Off Oxford Road
Manchester
M156LL
Student Applicant Information
If you are an applicant for Journalism, Information and Communications at MMU and you have a question for our team then you can use the following methods of contact.
T: +44 (0)<PHONE_NUMBER>
Just looking for a chat?
So you’re looking for specialised advice and need a one on one talk with someone in the department? If this is the case then you can visit us on location to organise a meeting with a faculty member. So come and have a chat!


Are you interested in contributing to the Books project?
Books is entirely a volunteer effort and more volunteers only make the application better.
Do you like writing code?
If you're a programmer, there are two main ways that you can contribute to Books development.
The core program is written entirely in Objective-C using Apple's Cocoa framework. If you're
comfortable writing object-oriented Obj-C code and enjoy working in Xcode and have some ideas
that you'd like to implement, drop us a line.
If you're not a Cocoa programmer, but do develop in other languages, you may want to take a look at developing Books plugins. We are happy to provide the necessary wrappers for your Java, Python, Ruby, and <insert language here> code. Most of the plugins are written in languages other than Objective-C. Again, drop us a line for more details.
Are you a designer?
If you're a designer, we are always looking for help with new icons and display plugins. If
this might interest you, drop us a line.
Do you speak another language?
Books has been translated into several languages purely through the efforts of dedicated
volunteers. Enrico Richter manages the Books translations, so
contact him if you would like
to contribute a translation.

If you don't code, design, or translate, we can still use your help. Books is only as good as
the feedback we receive. We like getting bug reports and feature suggestions. If you find a
problem with Books, please report it so that we can fix it. If you have an idea for a great
feature that Books is missing, please let us know.
Likewise, you can help us by getting the word out about Books. You can do this by mentioning it in conversation (when relevant, of course), posting a link to your blog or journal, or writing some feedback at any number of the Mac software review sites. (iusethis, MacUpdate, and VersionTracker are popular ones.)
Did You Know?
Typical refinements to the Books interface have been products of this process: A user tells us that some aspect of the interface could be better by doing X or doing what another app does. The developer scrambles to learn how to do this, and implements the tweak in his local build. He sends the changes to a handful of trusted testers and gets their feedback. If the feedback is positive, the change usually shows up in the next release.


Comprehensive Assessment:
Perform a thorough assessment of the current software system, analyzing its functionality, architecture, and dependencies.
Common activities/concerns:
Artifacts/Deliverables:
Unique activities/concerns:
Reasons for Decommissioning:
Identify and document the reasons for decommissioning, considering factors such as outdated technology, lack of scalability, or changing business requirements.
Common activities/concerns:
Artifacts/Deliverables:
Unique activities/concerns:
Define Goals and Objectives:
Define clear goals and objectives for the replacement software system, considering desired improvements and addressing limitations of the current system.
Common activities/concerns:
Artifacts/Deliverables:
Unique activities/concerns:
Data Migration Requirements:
Analyze existing data and identify requirements for migrating data from the old system to the new system.
Common activities/concerns:
Artifacts/Deliverables:
Unique activities/concerns:
Evaluation of Replacement Options:
Evaluate available replacement options, considering factors such as technology stack, scalability, maintainability, and alignment with business requirements.
Common activities/concerns:
Artifacts/Deliverables:
Unique activities/concerns:


This post is intended to act as a brief Situation Report (SITREP) about the concerning
developments regarding a new strain of SARS-CoV-2 -
the virus that is causing the COVID-19 global pandemic - in USA.
The data presented was gratefully sourced from GISAID.
As of {{date}}, there's been {{total_num}} sequences
detected in over {{num_countries}} countries under this strain (see table for definition).
In the US, there's been {{us_num}} sequences detected in over {{num_states}} states.
This report follows a bottom-up approach starting with background information, and followed by
prevalence at the state, national, and global level in that order.
The table on the left contains the key mutations that represent the strain. The plot on the
right compares the genetic distance, a measure of evolutionary progress, between {{strain}}
and non-{{strain}} (related) samples.
As figure 3.2 indicates, the B.1.1.7 genomes in the US (so far),
were not a result of unbiased sequencing but were identified by S-gene
target failures (SGTF) in community-based diagnostic PCR testing. Since
it was not an unbiased approach, it does not indicate the true prevalence
of the {{strain}} lineage in the US. This only tells us that the lineage is
present in the US.
P.S: estimates of true prevalence in the US are discussed in
this post
Research laboratories across the US are encouraged to contribute to COVID-19 genomic sequencing efforts. More detailed information can be found here.
Specifically when uploading genomes from the B.1.1.7 lineage to GISAID or GenBank, please indicate if the sample was identified via S-gene target failures (SGTF). This can be indicated under the fields "purpose_of_sequencing" (GISAID) or "Additional host information". This will help in identifying the true prevalence of the lineage across the country.


| cols_merge {gt} | R Documentation |
This function takes input from two or more columns and allows the contents to
be merged them into a single column, using a pattern that specifies the
formatting. We can specify which columns to merge together in the columns
argument. The string-combining pattern is given in the pattern
argument.
The first column in the columns
series operates as the target column (i.e.,
will undergo mutation) whereas all following columns
will be untouched.
There is the option to hide the non-target columns (i.e., second and
subsequent columns given in columns
).
cols_merge( data, columns, hide_columns = columns[-1], pattern = paste0("{", seq_along(columns), "}", collapse = " ") )
data |
A table object that is created using the |
columns |
The columns that will participate in the merging process. The first column name provided will be the target column (i.e., undergo mutation) and the other columns will serve to provide input. |
hide_columns |
Any column names provided here will have their state
changed to |
pattern |
A formatting pattern that specifies the arrangement of the
|
There are three other column-merging functions that offer specialized
behavior that is optimized for common table tasks: cols_merge_range()
,
cols_merge_uncert()
, and cols_merge_n_pct()
. These functions operate
similarly, where the non-target columns can be optionally hidden from the
output table through the autohide
option.
An object of class gt_tbl
.
4-12
Other Modify Columns:
cols_align()
,
cols_hide()
,
cols_label()
,
cols_merge_n_pct()
,
cols_merge_range()
,
cols_merge_uncert()
,
cols_move_to_end()
,
cols_move_to_start()
,
cols_move()
,
cols_unhide()
,
cols_width()
# Use `sp500` to create a gt table; # merge the `open` & `close` columns # together, and, the `low` & `high` # columns (putting an em dash between # both); rename the columns tab_1 <- sp500 %>% dplyr::slice(50:55) %>% dplyr::select(-volume, -adj_close) %>% gt() %>% cols_merge( columns = c(open, close), pattern = "{1}—{2}" ) %>% cols_merge( columns = c(low, high), pattern = "{1}—{2}" ) %>% cols_label( open = "open/close", low = "low/high" )


Getting Started
Installation
There are (atleast) two ways to install this module.
Install using pip in your current Python environment
Download the repository and put pyvib folder in your project
Pip install
Within your current Python environment (either global, through virtualenv, or Anaconda), run the following code to install from the git repository:
pip install git+https://github.com/andrek10/bearing-vibration-diagnostics-toolbox.git@master
This will install PyVib to your activated environment, including all the dependencies.
Project install
The repository can be cloned or downloaded, and then put the pyvib folder in your project folder.
To install the required packages, you may use pip to install them. Navigate to the pyvib folder and run the following command:
pip install -r requirements.txt
Example
Here follows an example on running some of the code in the repository.
For this example, we will use the bearing simulator to make some signals, and perform a diagnosis.
import numpy as np
import matplotlib.pyplot as plt
import pyvib
def main():
# Simulate some vibration data
fs = 250.0 / 60.0 # Reference shaft frequency [Hz]
Fs = 51200.0 # Vibration sampling rate [Hz]
Fs_s = Fs # Position sampling rate [Hz]
t = np.arange(0, 60.0, step=1/Fs) # Time array [s]
v = fs + fs*0.1*np.sin(t) # Make shaft velocity with disturbance [rev/s]
s = np.cumsum(v)/Fs # Integrate shaft velocity [rev]
fo = 5.12 # Fault order (number of bearing fault impacts per revolution) [orders]
vib = pyvib.bearing.bearingsimulation(t, s, fo) # Simulated vibration signal in [m/s2]
# Perform order tracking to remove frequency variations
ds = 1.0/(np.round(Fs/fs)) # Desired delta shaft position between each order tracked vibration sample
s_ot, vib_ot = pyvib.signal.ordertrack(t, vib, t, s, ds)
# Remove synchronous components with time synchronous average
vib_ot = pyvib.signal.tsaremove(vib_ot, Fs, fs)
# Make an envelope of the signal
env = pyvib.signal.envelope(vib_ot)
# FFT of the envelope
Y, df = pyvib.fft.fft(env, Fs)
# Plot the envelope FFT as a function of orders (1 is shaft speed, 2 is 2x shaft speed etc.)'
# In the envelope spectrum, you can see harmonics of the bearing fault order
do = df/fs
fig, ax = plt.subplots()
pyvib.plt.plotfft(Y, do, ax, xlim=[0, 30])
ax.set_xlabel('Shaft orders')
ax.set_ylabel('Envelope FFT Amplitude')
ax.set_title('Envelope Spectrum')
fig.tight_layout()
if __name__ == '__main__':
main()
plt.show()


This is a basic demo of using Web Workers (which are child threads) to generate a random value which is posted back to the main thread (this page). The value is then used to update the Gauge. To make a useful example you could use the child thread in conjunction with Web Sockets to retrieve load values from your server(s). Also, to retrieve data from your server you may find it easier and less involved to use AJAX.
See also:
This goes in the documents header:<script src="RGraph.common.core.js"></script> <script src="RGraph.common.effects.js"></script> <script src="RGraph.gauge.js"></script>Put this where you want the chart to show up:
<canvas id="cvs" width="300" height="300"> [No canvas support] </canvas>This is the code that generates the chart - it should be placed AFTER the canvas tag(s):


the and influenza virus cells that viral are []. for infection responses cell immune protein with from The during against {background have host role Influenza [,]. after been cDCs RNA activation into mice lung Virol../JVI.- can infection. via viruses which dendritic has margin {border-style [], innate response signaling DCs NLRP px;} replication #ffffff;} respiratory type However, TLR adaptive infection, not also proteins receptors cDC macrophages polymerase produce results Cell IAV anti-influenza antibodies antiviral but receptor responsible CD() RIG-I antigens following infected inflammasome protection protective Immunol../jimmunol... Virol../JVI...-. Virus both cytokines expression important infectionJ. primary production pulmonary vaccines DNA These associated clearance immunity inhibitors miceJ. play prevent resistance seasonal specific these through PB-F cells, disease first human mRNA mediates mortality nuclear responses. studies tract Acad. Although Rev. While [,,]. antigen cause cellular class control days drugs export increased induce migratory pDCs pathway proinflammatory px; sensor several such vaccine was {font-family Immunol../fimmu.. Infect. Infection MoDCs Natl. ONEe./journal.pone. Sci. activates antigenic cells. defense deficiency depletion effective effector evidence font-size function inflammatory initiate mechanisms mice, mutations neutrophils pandemic pathology promote recognition stress subsets Cells DC-SIGN Dendritic Exp. Further IL- NA, Responses activity burden cGAS-STING contribute critical crucial double; flu formation induces inflammation inhibit inhibits interferon known lectin lungs lymph major natural new only produced recognize release required research resulting severe severity significantly site spread strains study suggested surface targets their they using vRNPs virus, virusJ. weight AMs After CDc For Further, IFN IL-, MHC Response T-cell acute among antibody attachment border-color border-width cell-mediated cellsJ. changes compared complex cytosolic development does efficient endonuclease entry epithelial example, express expressed gene genome humans humoral impaired including induction intracellular its killer lead lethal mediate mitochondrial more potential provide recent reduced secondary solid; subtypes suggesting survival target there this three total types vaccines, virions virus-specific where {font-style {font-weight IL-Î² IgG Immunol../jimmunol. Immunol../ni. Interestingly, NKp Natural PB, Pathog.e./journal.ppat. Previous Protective Role This USA./pnas. [,,,]. across airway alveolar antigen-presenting basic because between block bold budding called causes channel containing contributes courier; currently domain dose drug due efficacy em; endosomal envelope essential factor fusion genetic helper indicate inflammasome. influenza, influenza-specific influenza. inhibitor interactions invading lack leads ligand memory migrate most mucus neuraminidase nodes novel occurs other pt;} reducing regulatory remains responses, roles secretion seem shown ssRNA then therapeutic this, transcription treatment universal vRNA virus. well


Cntlm
Cntlm (fork: https://github.com/Evengard/cntlm) is the tool of choice for running any non-proxy aware programs over NTLM-proxy. Basically this tool authenticates against a proxy and binds a port locally that is forwarded to the external service you specify. This port bound does not require any authentication so you can use your tools directly (putty/ssh for example). It uses a config file for its operation. Here’s a barebones config example to forward port 443 (this port is most likely to be allowed through the proxy):
Username Alice
Password P@ssw0rd
Domain CONTOSO.COM
Proxy <IP_ADDRESS>:8080
Tunnel 2222:<attackers_machine>:443
Run it:
cntlm.exe -c config.conf
Or if you’re on Linux:
./cntlm -c config.conf
Now, given you have ssh running on the remote host on port 443, you can launch ssh client (openssh/putty) and connect to local port 2222 to get access to the external machine.


What's this.
This is a one-page template for building simple and beautiful home pages. Download, edit the text, and add your own fullscreen background photo to make it your own.
This is a one-page template for building simple and beautiful home pages. Download, edit the text, and add your own fullscreen background photo to make it your own.


Medical viewer
Home
Information
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MRI image
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Tag
Value
{%for k, v in result_dict.items()%}
{{k}}
{{v}}
{% endfor%}
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Identifier
Class Summary
| Static Public Class Summary | ||
| public |
|
|
| public |
A base class for API resources. |
|
| public |
A base class for resource stores. |
|
| public |
The Blog resource |
|
| public |
The blogs store |
|
| public |
A base class for resource stores that are countable (have /count.json endpoints). |
|
| public |
The Countries store |
|
| public |
The Country resource |
|
| public |
The Customer resource |
|
| public |
The customers store |
|
| public |
The Order resource |
|
| public |
The Orders store |
|
| public |
The Page resource |
|
| public |
The pages store |
|
| public |
The policies store |
|
| public |
The Policy resource |
|
| public |
The Product resource |
|
| public |
The products store |
|
| public |
The Redirect resource |
|
| public |
The redirects store |
|
| public |
The Session resource |
|
| public |
The session store |
|
| public |
The Shop resource |
|
| public |
The shop store |
|
| public |
A base error class for API errors |
|
| public |
The Theme resource |
|
| public |
The themes store |
|
| public |
A helper class for working with the REST API. |
Function Summary
| Static Public Function Summary | ||
| public |
APIProxy(actions: *, store: *): * |
Typedef Summary
| Static Public Typedef Summary | ||
| public |
A generic action object that is dispatched by {APIDispatcher} |
|
| public |
An action object that is dispatched when counts should be added to a store |
|
| public |
An action object the is dispatched when an object is destroyed |
|
| public |
FailedRequestCallback(error: Error): Function A method signature for rejected request promises |
|
| public |
An action object that is dispatched when items should be added to a store |
|
| public |
A Promise that resolves with a SuccessfulRequestCallback and rejects with a FailedRequestCallback |
|
| public |
ResourceQuery: number | string | object An object representing a resource query. |
|
| public |
SuccessfulRequestCallback(json: object): Function A method signature for resolved request promises |


Buenos Dias
This is a Movable Digital Clock
Hold it, and move it to any part of the screen.
Made by: Abhijeet Das.
2/10/2016


--- layout: page title: Portfolio subtitle: Portfolio of my Projects permalink: /portfolio/ ---
2022: [TBD] ETL Pipelines with Apache Airflow: Build a database tracking car prices in the US
2020.01: Deep Learning model that predicts whether a borrower will pay out his loan
2020.01: Zillow Home Price Prediction Model (Linear regression / Regularization methods)
2019.12: Amazon Food Score Prediction
2019.12: UC San Diego Parking data Analysis
2019.09: Heart Attack Prediction
2019.08: Exploratory Data Analysis on the 2017 YouTube Statistics
2019.07: Online Game Data Analysis: League of Legends
{% for category in site.categories %} {% capture cat %}{{ category | first }}{% endcapture %}{{ post.title }} - {{ post.date | date_to_long_string }}


Officer transported after crash in Fort Lauderdale
by 7 News WSVNFORT LAUDERDALE, FLA. (WSVN) - A police officer has been transported to the hospital after being involved in a crash in Fort Lauderdale.
Fort Lauderdale Fire Rescue crews responded to the scene along Sunrise Boulevard and Northwest 27th Avenue at around 2 a.m., Wednesday.
Officials said the officer involved was transported to the hospital for minor injuries.
It remains unclear if the driver behind the wheel of the other vehicle was transported from the scene.
A witness captured multiple officers directing traffic away from the crash.
The cause of the collision remains under investigation.


Utility Apps
Clock/Epoch Time
Timer/Stop Watch
IP Finder
Language Translator
Currency Converter
Currency Converter
Currency Converter


Pledis Entertainment to restrict NU'EST and Seventeen fan-received gifts to handwritten letters only
by danisurstPledis Entertainment released a statement regarding the types of gifts fans give their representing groups NU'EST and Seventeen.
According to the statement, which was released on December 9 KST, the agency will only allow fans to gift the groups handwritten letters from the beginning of 2020. They added that they would soon provide more information regarding fan support guidelines.
The press release can be read below:
"Hello, this is Pledis Entertainment.
We would like to make an announcement regarding our artists’ fan support.
We appreciate all the love and support fans have shown our affiliate artists thus far. After thorough discussion with NU’EST and Seventeen, we have decided to no longer accept any type of fan support with the exception of hand-written letters starting the year 2020.
A detailed fan support guideline will be posted on the official fan-site for each artist.
Thank you for your cooperation and kind understanding."


{% extends 'layout.html' %} {% block pageTitle %} State Pension Activation {% endblock %} {% block content %} {% include 'includes/parts/phase-banner.html' %} Country {{step.on}} of {{step.of}} Your time in {{country}} When did you live in {{country}}? From Month Year To< To Month Year {% if not countryType.resident %} Have you paid the equivalent of National Insurance in {{country}}? Yes No When did you work in {{country}}? From Month Year To Month Year What was the equivalent of your NI number in {{country}}? {% endif %} {% endblock %}


Computes MFCCs of log_mel_spectrograms
.
tf.compat.v1.signal.mfccs_from_log_mel_spectrograms
tf.compat.v2.signal.mfccs_from_log_mel_spectrograms
tf.signal.mfccs_from_log_mel_spectrograms( log_mel_spectrograms, name=None )
Implemented with GPU-compatible ops and supports gradients.
Mel-Frequency Cepstral Coefficient (MFCC) calculation consists of taking the DCT-II of a log-magnitude mel-scale spectrogram. HTK's MFCCs use a particular scaling of the DCT-II which is almost orthogonal normalization. We follow this convention.
All num_mel_bins
MFCCs are returned and it is up to the caller to select
a subset of the MFCCs based on their application. For example, it is typical
to only use the first few for speech recognition, as this results in
an approximately pitch-invariant representation of the signal.
sample_rate = 16000.0 # A Tensor of [batch_size, num_samples] mono PCM samples in the range [-1, 1]. pcm = tf.compat.v1.placeholder(tf.float32, [None, None]) # A 1024-point STFT with frames of 64 ms and 75% overlap. stfts = tf.signal.stft(pcm, frame_length=1024, frame_step=256, fft_length=1024) spectrograms = tf.abs(stfts) # Warp the linear scale spectrograms into the mel-scale. num_spectrogram_bins = stfts.shape[-1].value lower_edge_hertz, upper_edge_hertz, num_mel_bins = 80.0, 7600.0, 80 linear_to_mel_weight_matrix = tf.signal.linear_to_mel_weight_matrix( num_mel_bins, num_spectrogram_bins, sample_rate, lower_edge_hertz, upper_edge_hertz) mel_spectrograms = tf.tensordot( spectrograms, linear_to_mel_weight_matrix, 1) mel_spectrograms.set_shape(spectrograms.shape[:-1].concatenate( linear_to_mel_weight_matrix.shape[-1:])) # Compute a stabilized log to get log-magnitude mel-scale spectrograms. log_mel_spectrograms = tf.math.log(mel_spectrograms + 1e-6) # Compute MFCCs from log_mel_spectrograms and take the first 13. mfccs = tf.signal.mfccs_from_log_mel_spectrograms( log_mel_spectrograms)[..., :13]
log_mel_spectrograms
: A [..., num_mel_bins]
float32
Tensor
of
log-magnitude mel-scale spectrograms.name
: An optional name for the operation.A [..., num_mel_bins]
float32
Tensor
of the MFCCs of
log_mel_spectrograms
.
ValueError
: If num_mel_bins
is not positive.


Black Forest [bb54], forest, in Tenka, peasants: 269
Last updated Turn #134
Black Forest [bb54], forest, in Tenka, peasants: 269
------------------------------------------------------------------------
11: Apollo [b5e], Imperial Empire, with 63 lt. xbowmen, arrived from the
11: east, accompanied by:
11: Lutra [a4w], Imperial Empire, with 13 paladins, 40 pikemen
11: Hera [g3f], Imperial Empire, with 20 soldiers, 40 pikemen
11: Thor [r4g], Imperial Empire, with ten soldiers, 39 pikemen
11: Eos [a2t], Imperial Empire, with ten workers, 48 lt. xbowmen
11: Khaki Blazer [w4j], Imperial Empire, with 17 soldiers,
11: seven pikemen, 35 lt. foot
11: Banian [e7n], Imperial Empire, earl, the High Priest of the Church
11: of Eres [151], with five soldiers, ten angels
12: Apollo [b5e], Imperial Empire, with 63 lt. xbowmen, went south,
12: accompanied by:
12: Lutra [a4w], Imperial Empire, with 13 paladins, 40 pikemen
12: Hera [g3f], Imperial Empire, with 20 soldiers, 40 pikemen
12: Thor [r4g], Imperial Empire, with ten soldiers, 39 pikemen
12: Eos [a2t], Imperial Empire, with ten workers, 48 lt. xbowmen
12: Khaki Blazer [w4j], Imperial Empire, with 17 soldiers,
12: seven pikemen, 35 lt. foot
12: Banian [e7n], Imperial Empire, earl, the High Priest of the Church
12: of Eres [151], with five soldiers, ten angels
21: Stack of giant [hl0z] loots the countryside.
22: Apollo [b5e] attacks Garrison [af9h]!
22:
22: Apollo [b5e], Imperial Empire, behind 3, with 63 lt. xbowmen,
22: accompanied by:
22: Lutra [a4w], Imperial Empire, with 13 paladins, 40 pikemen
22: Hera [g3f], Imperial Empire, with 20 soldiers, 40 pikemen
22: Thor [r4g], Imperial Empire, with ten soldiers, 39 pikemen
22: Eos [a2t], Imperial Empire, behind 9, with ten workers, 48 lt.
22: xbowmen
22: Khaki Blazer [w4j], Imperial Empire, with 17 soldiers,
22: seven pikemen, 35 lt. foot
22: Banian [e7n], Imperial Empire, earl, the High Priest of the
22: Church of Eres [151], with five soldiers, ten angels
22:
22: Garrison [af9h], garrison, Mandor Confederacy, with ten peasants,
22: 41 workers
22:
22: Combat round: one
22: Missile phase:
22: Apollo's forces hit with 109 missiles.
22: Garrison [af9h] loses ten peasants [10].
22: Garrison [af9h] loses 30 workers [11].
22:
22: Apollo [b5e] is victorious!
22:
22: Garrison lost ten peasants, 30 workers.
22: Garrison [af9h] was taken prisoner.
22:
30: The population grows by two peasants.
Routes leaving Black Forest:
North, forest, to Black Forest [ba54], 8 days
East, forest, to Black Forest [bb55], 8 days
Garrison [jl7s], garrison, uncontrolled, with seven peasants
South, mountain, to Dragonrock [bc54], 10 days
West, mountain, to Dragonrock [bb53], 10 days
Seen here:
Stack of giant [hl0z], giants, number: 14


This expounds on the class example, adding player falling to the bottom and the ability to jump with spacebar


{% blocktrans with TRAFFIC=TRAFFIC|intcomma %}Traffic: {{ TRAFFIC }} users visited in the last hour.{% endblocktrans %}
{% blocktrans with user_count=user_count|intcomma post_count=post_count|intcomma %}The site has {{ user_count }} registered users that created
{{ post_count }} posts{% endblocktrans %}
{% blocktrans with question_count=question_count|intcomma answer_count=answer_count|intcomma comment_count=comment_count|intcomma %}These are distributed as {{ question_count }}
questions, {{ answer_count }} answers
and {{ comment_count }} comments.{% endblocktrans %}


Manage your workflow easily.
{{'LBL.REGISTER_HERE' | translate}}
Whether you’re maintaining a personal todo list, planning your holidays with some friends, or working in a team on your next revolutionary idea, Kanban boards are an unbeatable tool to keep your things organized. They give you a visual overview of the current state of your project, and make you productive by allowing you to focus on the few items that matter the most.