Ver-ID gives your users the ability to authenticate using their face.
Clone the plugin Git repo into your file system:
git clone --recurse-submodules https://github.com/AppliedRecognition/Ver-ID-Person-Cordova-Plugin.git
Navigate to your Cordova project directory and install the plugin substituting path/to/plugin
with the path of the plugin you checked out in the previous step:
cordova plugin add path/to/plugin
If your app includes iOS platform:
platform :ios, '10.0'
. Close the file and run pod install
to update the project. Alternatively, to automate this step copy the hooks/podfilesetup.js script from the plugin to your Cordova project and add it as a before_build
hook.SWIFT_VERSION
is set to Swift 5. You can automate this setting by copying hooks/xcodeproject.js and hooks/swiftversion.js from the plugin to your Cordova project and add swiftversion.js as hook.NSCameraUsageDescription
.Still in the Info.plist file add the following entry, substituting [your API secret]
for the API secret obtained after registration in step 1:
<key>com.appliedrec.verid.apiSecret</key>
<string>[your API secret]</string>
If your app includes Android platform:
Open your app's AndroidManifest.xml file and add the following tag in <application>
replacing [your API secret]
with the API secret your received in step 1:
<meta-data
android:name="com.appliedrec.verid.apiSecret"
android:value="[your API secret]" />
Ver-ID must be loaded before you can run face detection sessions or compare faces.
The load operation may take up to a few of seconds. Load Ver-ID using the load
call:
verid.load().then(verIDInstance => {
// Ver-ID loaded successfully
// You can now run registration, authentication or liveness detection on verIDInstance
}).catch(error => {
// Ver-ID failed to load
});
If you prefer, you can to specify the API secret in your code instead of your app's manifest or plist:
var apiSecret = "..."; // Alternative way to set your Ver-ID API secret
verid.load(apiSecret).then(verIDInstance => {
// Ver-ID loaded successfully
// You can now run registration, authentication or liveness detection
}).catch(error => {
// Ver-ID failed to load
});
The Ver-ID Person plugin module will be available in your script as a global variable verid
.
var userId = "myUserId"; // String with an identifier for the user
var verIDInstance;
// Load Ver-ID before running registration or authentication
verid.load().then(instance => {
// Ver-ID loaded successfully
verIDInstance = instance;
// Run a registration session
var settings = new verid.RegistrationSessionSettings(userId);
settings.showResult = true; // If you wish the plugin to show the result of the session to the user
return verIDInstance.register(settings);
}).then(response => {
if (!response) {
// User cancelled the registration
return;
}
if (!response.error) {
// User registered
// Run an authentication session
var settings = new verid.AuthenticationSessionSettings(userId);
settings.showResult = true; // If you wish the plugin to show the result of the session to the user
return verIDInstance.authenticate(settings);
} else {
return response;
}
}).then(response => {
if (!response) {
// User cancelled the registration
} else if (!response.error) {
// User authenticated
} else {
// Session failed
}
}).catch(error => {
// Handle the failure
});
In a liveness detection session the user is asked to asume a series of random poses in front of the camera.
Liveness detection sessions follow he same format as registration and authentication.
// Load Ver-ID before running liveness detection
verid.load().then(verIDInstance => {
// Ver-ID loaded successfully
// Run a liveness detection session
var settings = verid.LivenessDetectionSessionSettings();
return verIDInstance.captureLiveFace(settings);
}).then(response => {
if (!response) {
// Session was cancelled
} else if (!response.error) {
// Session finished
var faces = response.attachments.filter(attachment => {
// Only get faces that are looking straight at the camera and have recognition data
return attachment.bearing == verid.Bearing.STRAIGHT && attachment.face.faceTemplate;
}).map(face => {
return attachment.face;
});
// You can use the above faces to compare the detected face to faces from other sessions (see Comparing Faces section below)
} else {
// Session failed
}
}).catch(error => {
// Handle the failure
});
// Load Ver-ID before running liveness detection
verid.load().then(verIDInstance => {
// Ver-ID loaded successfully
// Run a liveness detection session
var settings = verid.LivenessDetectionSessionSettings();
// We only want to collect one result
settings.numberOfResultsToCollect = 1;
// Ask the user to assume only one bearing (straight)
settings.bearings = [verid.Bearing.STRAIGHT];
return verIDInstance.captureLiveFace(settings);
}).then(response => {
// Session finished
}).catch(error => {
// Handle the failure
});
// Load Ver-ID before running liveness detection
verid.load().then(verIDInstance => {
// Ver-ID loaded successfully
// Run a liveness detection session
var settings = verid.LivenessDetectionSessionSettings();
// The user will be asked to look straight at the camera and then either left or right
settings.bearings = [verid.Bearing.STRAIGHT, verid.Bearing.LEFT, verid.Bearing.RIGHT];
return verIDInstance.captureLiveFace(settings);
}).then(response => {
// Session finished
}).catch(error => {
// Handle the failure
});
The callback of a successful session will contain an object that represents the result of the session.
After collecting two faces as outlined in the Liveness Detection section above run:
verid.load().then(verIDInstance => {
return verIDInstance.compareFaces(face1, face2);
}).then(result => {
// result.score = Similarity score between the two faces
// result.authenticationThreshold = Threshold beyond which faces may be considered similar enough for the user to be authenticated
// result.max = Maximum possible score
}).catch(error => {
// Handle the failure
});
As of version 4.1.0 the API lets your app detect a face in an image it supplies. The image must be supplied using data URI scheme.
See the Face
type documentation for the properties of the returned face. You can pass the faces to the compareFaces
function.
// Create an image object
var image = new Image();
// Set load callback
image.onload = function() {
// Create a canvas element
var canvas = document.createElement("canvas");
// Set the canvas width to match the width of the image
canvas.width = image.width;
// Set the height width to match the height of the image
canvas.height = image.height;
// Get the canvas 2D context
var ctx = canvas.getContext("2d");
// Draw the image on the canvas
ctx.drawImage(image, 0, 0);
// Get the image data URI as JPEG at 0.95 quality
var dataUri = canvas.toDataURL("image/jpeg", 0.95);
verid.load().then(verIDInstance => {
return verIDInstance.detectFaceInImage(dataUri);
}).then(face => {
// Face detected
}).catch(error => {
// Face detection failed
});
}
// Set error callback
image.onerror = function() {
console.log("Error loading image");
}
// Set the image source (change img/test.jpg to your image location)
image.src = "img/test.jpg";
Generated using TypeDoc


Learn about this period in European art, its origins, and the artists who defined this era.
MenuImpressionism can be considered the first distinctly modern movement in painting. Developing in Paris in the 1860s, its influence spread throughout Europe and eventually the United States. Its originators were artists who rejected the official, government-sanctioned exhibitions, or salons, and were consequently shunned by powerful academic art institutions. In turning away from the fine finish and detail to which most artists of their day aspired, the Impressionists aimed to capture the momentary, sensory effect of a scene - the impression objects made on the eye in a fleeting instant. To achieve this effect, many Impressionist artists moved from the studio to the streets and countryside, painting en plein air.
The Impressionists loosened their brushwork and lightened their palettes to include pure, intense colors. They abandoned traditional linear perspective and avoided the clarity of form that had previously served to distinguish the more important elements of a picture from the lesser ones. For this reason, many critics faulted Impressionist paintings for their unfinished appearance and seemingly amateurish quality.
Picking up on the ideas of Gustave Courbet, the Impressionists aimed to be painters of the real - they aimed to extend the possible subjects for paintings. Getting away from depictions of idealized forms and perfect symmetry, but rather concentrating on the world as they saw it, imperfect in a miryad number of ways.
Scientific thought at the time was beginning to recognize that what the eye perceived and what the brain understood were two different things. The Impressionists sought to capture the former - the optical effects of light - to convey the passage of time, changes in weather, and other shifts in the atmosphere in their canvases. Their art did not necessarily rely on realistic depictions.


{% extends "base.html" %} {% block content%} Dorms/Housing A place to find dorms and housing for UH Students
A place to find dorms and housing for UH Students


perlamiga - Perl under AmigaOS 4.1
This is a port of Perl 5.22.1, it is a fresh port and not in any way compatible
with my previous ports of Perl 5.8 and 5.16.3. This means you will need to
reinstall / rebuild any third party modules you have installed.
newlib.library version 53.28 or greater is required.
Once perl is installed you can read this document in the following way
sh -c "perldoc perlamiga"
or you may read as is: either as README.amiga, or
pod/perlamiga.pod.
- AmigaOS 4.1 update 6 with all updates applied as of 9th October
2013
- The most important of which is:
- newlib.library version 53.28 or greater
- AmigaOS SDK
- Perl installs into the SDK directory structure and expects many of the
build tools present in the SDK to be available. So for the best results
install the SDK first.
- abc-shell
- If you do not have the SDK installed you must at least have abc-shell
installed or some other suitable sh port. This is required to run external
commands and should be available as 'sh' in your path.
Perl may be run from the AmigaOS shell but for best results should be run under
abc-shell. (abc-shell handles file globbing, pattern expansion, and sets up
environment variables in the UN*Xy way that Perl expects.)
For example:
New Shell process 10
10.AmigaOS4:> sh
/AmigaOS4>perl path:to/myprog arg1 arrg2 arg3
Abc-shell can also launch programs via the #! syntax at the start
of the program file, it's best use the form #!SDK:Local/C/perl so that the
AmigaOS shell may also find perl in the same way. AmigaOS requires the
script bit to be set for this to work
10.AmigaOS4:> sh
/AmigaOS4>myprog arg1 arrg2 arg3
- Nested Piped programs can crash when run from older abc-shells
- abc-shell version 53.2 has a bug that can cause crashes in the
subprocesses used to run piped programs, if a later version is available
you should install it instead.
- Incorrect or unexpected command line unescaping
- newlib.library 53.30 and earlier incorrectly unescape slashed escape
sequences e.g. \" \n \t etc requiring unusual extra escaping.
- Starting subprocesses via open has limitations
-
open FH, "command |"
Subprocesses started with open use a minimal popen()
routine and therefore they do not return pids usable with waitpid
etc.
- If you find any other limitations or bugs then let me know.
- Please report bugs in this version of perl to<EMAIL_ADDRESS>in
the first instance.
This guide assumes you have obtained a prebuilt archive from os4depot.net.
Unpack the main archive to a temporary location (RAM: is
fine).
Execute the provided install script from shell or via its
icon.
You must not attempt to install by hand.
Once installed you may delete the temporary archive.
This approach will preserve links in the installation without
creating duplicate binaries.
If you have the earlier ports perl 5.16 or 5.8 installed you may
like to rename your perl executable to perl516 or perl58 or something
similar before the installation of 5.22.1, this will allow you to use both
versions at the same time.
The Amiga::ARexx module allows you to easily create a perl based ARexx host or
to send ARexx commands to other programs.
Try "perldoc Amiga::ARexx" for
more info.
The Amiga::Exec module introduces support for Wait().
Try "perldoc Amiga::Exec" for
more info.
To build perl under AmigaOS from the patched sources you will need to have a
recent version of the SDK. Version 53.29 is recommended, earlier versions will
probably work too.
With the help of Jarkko Hietaniemi the Configure system has been
tweaked to run under abc-shell so the recommend build process is as
follows.
stack 2000000
sh Configure -de
gmake
This will build the default setup that installs under
SDK:local/newlib/lib/
- August 2015
- Port to Perl 5.22
- Add handling of NIL: to afstat()
- Fix inheritance of environment variables by subprocesses.
- Fix exec, and exit in "forked" subprocesses.
- Fix issue with newlib's unlink, which could cause infinite loops.
- Add flock() emulation using IDOS->LockRecord thanks to Tony Cook
for the suggestion.
- Fix issue where kill was using the wrong kind of process ID
- 27th November 2013
- Create new installation system based on installperl links and Amiga
protection bits now set correctly.
- Pod now defaults to text.
- File::Spec should now recognise an Amiga style absolute path as well as an
Unix style one. Relative paths must always be Unix style.
- 20th November 2013
- Configured to use SDK:Local/C/perl to start standard scripts
- Added Amiga::Exec module with support for Wait() and AmigaOS signal
numbers.
- 10th October 13
- First release of port to 5.16.3.
You like this port? See <http://www.broad.ology.org.uk/amiga/> for how you
can help.


{% load static %}
Now ride Unlimited , at a fixed price!
We are a leading motorbike rental company that offers a diversified and exceptional range of two-wheelers on rent. We are regarded as one of the best bike rental companies in India due to our personalized service and higher commitment levels. We have a huge store of exclusive bikes where riders can choose to ride on an hourly, daily, weekly or monthly basis. You can go on a long ride. Needless to say, we draw our happiness by creating happiness in the lives of customers. We aspire to be the most customer-centric two wheeler rental company on earth and with your love and support we are confident that we'll attain this feat and maintain it for years to come.
Now ride Unlimited , at a fixed price!
We are a leading motorbike rental company that offers a diversified and exceptional range of two-wheelers on rent. We are regarded as one of the best bike rental companies in India due to our personalized service and higher commitment levels. We have a huge store of exclusive bikes where riders can choose to ride on an hourly, daily, weekly or monthly basis. You can go on a long ride.
After too many dissatisfactory bike rentals, I almost gave up on them. The regular problems like physical condition of bike, their improper functioning seem to have no end. My experience with GoBikes rental really stands out. The kind of service and high quality bikes they provide cannot be questioned.
I recently rented Avenger Street 220 for a day through their website which is super easy to use. It has clear step by step instructions for the entire booking process. There is no need for extensive documentation. I affirm you the process of renting at GoBikes is highly time effective.


Hi apologies for being a novice programmer!
I have been trying to follow Trystan's tutorial on creating a new module for emoncms but have fallen at the first hurdle!
My setup is RPi with HDD EmonTx2 with relay card & EmonTx2 for power logging
emoncms on the Pi is uptodate!
on trying to view "myelectric" I get the error message:
Parse error: syntax error, unexpected 'Â Â defined' (T_STRING) in /var/www/emoncms/Modules/myelectric/myelectric_controller.php on line 4
The code I entered into myelectric_controller.php was copied & pasted from
https://github.com/emoncms/development/blob/master/Modules/myelectric_tu...
I have looked at other _controller.php files in the other modules but I cant spot the error!
I downloaded the "My Heating" module and that seems to work OK
I'm sure its something simple, probably obvious to most! Is it something to do with copying & pasting code?
I am creating & editing the files on the Pi using the startx gui
On another note, if an emontx is set up as a heating controller with a relay board can you use packet gen to send it variables (such as temperatures) that are being logged onto emoncms from say an emonth? or can you set up control programs on emoncms to control heating systems? - presumably these could be more sophisticated than arduino sketches.
Regards
Richard
Re: (SOLVED) Problem creating new emoncms module
Fantastic! great to hear your trying the tutorial, it must be a copy and paste error, I've just tested copying and pasting here and it worked. You could try commenting out line 4 if that doesnt work to isolate the point at which the error disappears, always a good tactic.
On the heating control question, it may be better to send the emonTH reading directly to the emonTx and miss out the via emoncms stage and so reduce the possible points of failure. Your PI can go down but the heating will still adjust to emonTH temperature. But yes developing sophisticated control interfaces in emoncms would be good too, for doing things like creating a heating schedule.
Re: (SOLVED) Problem creating new emoncms module
re-entered code by hand & it worked fine!
Why does copy & paste do that?
Richard


This example shows a way of building a custom component in plain JavaScript with no dependencies and no Web Components and no Custom Elements. This type of custom component is plain HTML/JS and can thus be used in combination with any framework. It is never subject to framework or version churn. It never goes out of fashion. It needs no tools for building. This is not a library. It is just way of writing code.
Style and core property values are configured via CSS. The component itself is not an object. It is not using "new", "class", or "this". It introduces no prototype nor any other shared mutable state. It is just a function. The component maintains no state. It solely works on the arguments that have been passed to it. This approach needs no lifecycle functions. All interaction with the component is set up on the calling site. See the source code of this page as an example.
17.11.2018: added touch and mouse support to set the progress value directly on the control.
Source code, Tests, View, Do-what-you-want-but-leave-me-alone License.
Style:
Progress:
Threshold:
Size:
Show thumb:


MODIFY_LDT
Section: Linux Programmer's Manual (2)
Updated: 2012-07-13
Index
Return to Main Contents
NAME
modify_ldt - get or set ldt
SYNOPSIS
#include <sys/types.h>
int modify_ldt(int func, void *ptr, unsigned long bytecount);
Note:
There is no glibc wrapper for this system call; see NOTES.
DESCRIPTION
modify_ldt()
reads or writes the local descriptor table (ldt) for a process.
The ldt is a per-process memory management table used by the i386 processor.
For more information on this table, see an Intel 386 processor handbook.
When
func
is 0,
modify_ldt()
reads the ldt into the memory pointed to by
ptr.
The number of bytes read is the smaller of
bytecount
and the actual size of the ldt.
When
func
is 1,
modify_ldt()
modifies one ldt entry.
ptr
points to a
user_desc
structure
and
bytecount
must equal the size of this structure.
The
user_desc
structure is defined in <asm/ldt.h> as:
struct user_desc {
unsigned int entry_number;
unsigned long base_addr;
unsigned int limit;
unsigned int seg_32bit:1;
unsigned int contents:2;
unsigned int read_exec_only:1;
unsigned int limit_in_pages:1;
unsigned int seg_not_present:1;
unsigned int useable:1;
};
In Linux 2.4 and earlier, this structure was named
modify_ldt_ldt_s.
RETURN VALUE
On success,
modify_ldt()
returns either the actual number of bytes read (for reading)
or 0 (for writing).
On failure,
modify_ldt()
returns -1 and sets
errno
to indicate the error.
ERRORS
- EFAULT
-
ptr
points outside the address space.
- EINVAL
-
ptr
is 0,
or
func
is 1 and
bytecount
is not equal to the size of the structure
modify_ldt_ldt_s,
or
func
is 1 and the new ldt entry has invalid values.
- ENOSYS
-
func
is neither 0 nor 1.
CONFORMING TO
This call is Linux-specific and should not be used in programs intended
to be portable.
NOTES
Glibc does not provide a wrapper for this system call; call it using
syscall(2).
SEE ALSO
vm86(2)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- CONFORMING TO
-
- NOTES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:54:49 GMT, September 18, 2014


What are the elements of a communication?
These elements belongs to every kind of communication.
By following established protocols that governs communications, it is possible to deliver and understand a message reliably.
There can be many protocols. Each one provides an agreement on the following requirements:
Encoding is converting information between two different forms.
Decoding is the reverse process.
Examples: words -> sounds; bits -> impulses.
Now that we have an encoded message, we must send it with appropriate structure. Letters' recipient, greeting, content, closing, signature are perfect examples.
Most of the times is convenient to enclose the message for delivery, like we do with envelopes for letters.
Enclosing one message format in another is called Encapsulation. De-encapsulation is the reverse process.
Computers' envelopes are called frames.
Messages are usually divided into smaller parts, suited for how much the receiver can process at one time.
This division process is called segmenting.
Each segment must abide to both a minimum and maximum size.
Sometimes the receiver is required to send confirmation (acknowledgment or ack) that it actually received the message.
Protocol Suite: several protocols that needs to interact toghether for a communication to occour.
This interactions is best thought (model) in terms of layers in a stack.
Each upper layer protocols depends on the functionality provided by lower level protocols.
Rule of thumb: lower layer protocols are more concerned with moving data, upper layer ones with message content.
We can see the protocol stack model in action even in a simple communication between a web server and a browser.
Protocol suites can be developed by a standards organization or by a vendor.
The TCP/IP Protocol Suite (IP, HTTP, DHCP and others) is a standard-based protocol suite. This means they are freely available to the public for implementation.
Following standards-based protocols allows for interoperability. Hw and Sw from different vendors are guaranteed to work together.
Some protocols are proprietary: only one vendor develops, controls and (often) knows how the protocol operates.
We will see all of these protocols throughout this course. :)
Let's see the simple communication between a web server sending the requested page to a browser (and the browser displaying it) from a TCP/IP perspective.
Data = Web Page
Standards are essentials for an open Internet, and they wouldn't happen without vendor-neutral, non-profit standard organizations.
By producing freely available protocol specifications they ensure that no single vendor can hold the Internet hostage of their own interests.
Very often the standards these organizations produce are guaranteed to be royalty-free, which means no payment is due for the patents used in them.
ISOC is an ensemble mainly focused on the development of the technical structure of the Internet.
It's governed by a board of 13 respected individuals, not tied to any specific company, agency, etc.
The IETF (Internet Engineering Task Force) maintain Internet technologies in the form of RFCs (Requests for Comments). The IRTF (Internet Research Task Force) is more focused on forward-thinking research.
The Internet Assigned Numbers Authority (IANA) is an organizations originally run by the US Gov. for managing
and Internet namespaces in general at the higher level.
The Internet Corporation for Assigned Names and Numbers (ICANN) is the non-profit that, over time, has carried over IANA duties under a contract with the US Gov.
Since 09/2016, USGov has relinquished control over ICANN, which is now managed by the global internet community.
The Institute of Electrical and Electronics Engineers (pronounced I-triple-E) is dedicated to standards and innovation in electrical engineering and electronics.
Its standards affects whole industries besides just networking.
Standard are grouped in families, which are referred to by a number, followed by a dot and another number identifying a more specific area and its working group.
IEEE 802 family of standard deals with LANs and MANs. Particularly interesting to us are 802.3 (Ethernet) and 802.11 (Wireless LAN) standards.
The International Organization for Standardization is the largest developer of standards, covering almost every possible field, products and services.
ISO is best known in networking for developing the OSI, Open System Interconnection reference model.
Its purposes was to produce a layered framework for networking protocols but also applying in a full protocol suite for the Internet. But TCP/IP already won...
ISO 9660 should ring a bell if you ever burned a CD.
The EIA, Electonic Induestries Alliance, is best known for standardizing wiring and connectors and mounting racks.
The TIA, Telecommunications Industry Association, collaborates with the EIA and produces standards for radio, cellular and satellite equipment, and also VoIP devices.
The International Telecommunications Union-Telecommunication Standardization Sector (ITU-T) is responsible for country codes for international dialing and broadband communication standards.
A layered model for protocols helps to visualize what are their operation and the interactions between them.
A protocol model describes how an actual protocol suite operates. A reference model describes no particular suite, focusing on the highest possible level of abstraction.
ISO's intention was to develop a framework for protocol suites, and also recommending a protocol suite for Internetworking. It was only half a success, TCP/IP taking the second half.
OSI 7 Layers Model, defining domains, functions and interactions between each layer and the ones directly below and above, has helped developed all types of protocols and networks.
Its 7 Layers are: Physical, Data Link, Network, Transport, Session, Presentation, Application.
The Physical Layer deals with the hardware: it describes the mechanics of the actual, practical, activation, maintainance and deactivation of a physical connection for transmitting and receiving digital bits.
Once you are can trasmit your bits from two points on a common media, they can't be random bits. They need to have a structure, they need to access the channel reliably. Data link protocols deals with producing the bits into frames for transmission over the physical media.
The Network Layer describes protocols to identify the end devices that needs to communicate and making individual packets of data travelling from one to the other(s).
The transport layer protocols define how to segment the data belonging to each communication, transfer them and then reassembling them at the destination end device.
The first four layers can successfully deliver data from one end device to another, but it's this layer that allows two applications to coordinate their dialogue and data exchange.
Session layer deals with authentication, authorization and also session restoration.
Applications want to transfer their data, but that raises the problem of having an established and common way to represent those data. Session layer takes care of this.
The Application is the interface between the software and the transmission of data over a network. It initiates the process of running through the stack of protocols on behalf of the user application.
Making two Application layers speak one another it's the ultimate goal: process-to-process communication.
TCP/IP only defines 4 layers: Network Access (Link), Internet, Transport and Application.
It closely match OSI model in Network and Transport layers, but it aggregates many functions in Network Access and Application layers.
One long, continuous stream of bits would mean:
Segmenting data into smaller pieces makes them more managable and avoids the two issues above.
By segmenting you then need multiplexing to interleave different communication's segments over a channel.
During the encapsulation process, application data gets additional information as it passes through layers.
After protocols add information to the data (in the form of headers), the data as a whole will assume a form closely related to the protocol, called PDU (Protocol Data Unit).
PDUs go by different names at different layers:
Network and Data Link layers are those responsible for uniquely identifying the source and destination of the data exchange.
They both do that using addresses, but of different kind and for different purposes.
Network addresses are logical addresses (not tied to a specific device) required to deliver a packet from source to destination, either on the same or different networks.
IP addresses are structured and delivery operates by moving (routing) packets according to their structure.
You need two of those IP addresses: source and destination.
Data Link Layer (DLL or L2) addresses, also known as physical addresses (tied to the NIC), are used to reach another network interface in the same network (link).
DLL addresses, like MAC addresses, have no structure: 00:AA:BB:11:FF:01 and 00:AA:BB:11:FF:02 could be on different planets, for all we know.
L2 delivery operates on the assumption that end devices can communicate directly over the same link, just by sending frames with correct addressing onto the wire.
You need 2 MAC addresses: source and destination.
A gateway is a host (a router, almost always) in a network that knows how to reach other (specific) networks.
The default gateway is the router to which a host on a network will send every frame for which it has no specific gateway.
The default gateway is presumed to know what to do.
Default gateway either routes the packet to final destination or to another router, called next hop.
L2 addressing information is rewritten at every hop.
A host needs to know both the logical and physical addresses of the destination host to be able to generate and send the frame.
For IP addresses, you probably know IP addresses on your own network and you enter them manually.
For remote networks, you can learn IP address by configuring your device to use DNS (Domain Name System).
Remembering MAC Addresses would be much more trickier, but fortunately ARP (Address Resolution Protocol) relieves you of that need.
Think about it: we have 2 different sets of addresses both able to globally and uniquely identify hosts. Why?
If we started from scratch today, we could probably just use IPs.
The reality is that the Ethernet+IP addressing has been working pretty well for ~40 years and almost everything has been based on it. So the urge to change it's minimal.


Demo 3: Emulate CSS preferences
Instructions
Emulate CSS preferences
Chrome/Edge
- Open this page in Chrome/Edge.
- Open dev tools.
- Go to the "Rendering" tab.
Note: If you don't already have this tab available, click the three dots ("More Tools") next to the "Console" tab and check "Rendering". - Make selections for "Emulate CSS media feature prefers-color scheme" and "Emulate CSS media feature prefers-reduced-motion".
Firefox
- Open this page in Firefox.
- Open dev tools.
- Click the sun or moon icon ("Toggle light/dark color scheme simulation for this page").
Activity
Loading...


|
AddControl
|
Adds a control to the window |
|
AddShortcut
|
Adds a keyboard shorcut hook to this window |
|
ClearControls
|
Removes all controls from the window |
|
ClearShortcuts
|
Removes all the registered shortcuts |
|
GetControlsByBaseType
|
Returns a list of controls of the given type, including controls that inherit from this type |
|
GetControlsByType
|
Returns a list of controls of the given type |
|
LookAt
|
Makes sure that the given control is at the center of the window |
|
OnContextClick
|
Invoked when a ContextClick event occurs |
|
OnDeserialized
|
Called when this window gets deserialized |
|
OnDestroy
|
Called when this window or the editor gets closed |
|
OnDragExited
|
Invoked when a DragExited event occurs |
|
OnDragPerform
|
Invoked when a DragPerform event occurs |
|
OnDragUpdate
|
Invoked when a DragUpdate event occurs |
|
OnFocus
|
Called when this window gets focus |
|
OnGUI
|
Write your own GUI logic here |
|
OnInitialize
|
Called when the window is added to an editor |
|
OnInitializeGUI
|
Called the first time OnGUI is called on this window |
|
OnLostFocus
|
Called when this window loses focus |
|
OnSceneGUI
|
Write your own SceneGUI logic here |
|
OnToolbarGUI
|
Write your own toolbar logic here |
|
RemoveControl
|
Removes a control from the window |
|
RemoveShortcut
|
Removes registered shortcuts based on the callback |
|
ShowErrorNotification
|
Shows a notification a the bottom-right corner of the window in red text and stays a bit longer than a normal notification |
|
ShowNotification
|
Shows a notification at the bottom-right corner of the window |
|
Update
|
Called 100 times per second |


This page is for a lead to review and resolve a map record conflict. It provides facilities for choosing a starting point, reviewing reasons for differences, initiating feedback conversations. The standard map record editing interface used by specialists is also reused here to allow the lead to create the final, correct, state of the map and save or finish work.
For more information, see the following wiki page(s):


NCAA Checker
v1.2.1
English Courses
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Additional Courses (Any)
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Test Scores


Always Developing
Sustenance
Home
Reflection
Time Habits
EQ
Pause
Always Kind
Tech A
Tech B
Expose
Real Code
"I will soon connect here"


It seems that I have stumbled into an endless pit of rage,
At first it was observer mode, but now I think engage,
For a few score weeks I thought “Oh no, this surely is not swell.”
It seems that I have changed my tune, “Tonight we dine in hell!”
And so my friends I looked upon the mighty cavernous wall;
I dived right in straight head first and now I’m in free fall!
Flying down the cavern is actually a wondrous gaffaw
My life will flash before my eyes and now I watch in awe.

I wonder how this got here as at times the cinema stops.
Long black outs lasting years cover exuberant personal flops.
But the craziest thing that happened as I’m skydiving in your rage
I looked straight down and saw YOU HERE. You’re trapped too; encaged.
Like Gandolf and the Balrog we plummet in emotional fight
We’ll smash the world and break the home so long as you’re not right.
But something inside me wiggles that make me think some more
I’d like to find a nice way out, I wonder if there’s a door?
Rather than defeat you, I’d rather take your hand
I’ll fall along beside you, your best friend, and your man.
I do recall a another time, I’ve fallen, but for big eyes deep and blue
In every way I’ve been falling since I laid eyes on you.
My dearest are you in there? My dearest are you here?
Don’t lash out, I don’t consent, but I lay aside my fear.
I’m sorry for the many times and ways that I failed to treat you well
This life has surly been obscene to me, and/but you have been my shell.
But miracles can happen, I stand to here to attest.
I see that things lay broken here, but you have loved me best.
If you could kindly stop your swinging to rip off my throat and balls,
I know I deserve each and everyone, but before this curtain calls…
I have a vision of our home with you and me and kids
Happy, smiling, laughter, play, alive again like this.
I’ve asked before, I’ll ask again, despite the odds I see,
Take my hand, let’s find yourself, and then once more “Please marry me?”
I love you buddy. We’ll figure it out.
This page is synchronized from the post: ‘The Pit of Endless Rage’


Warehouse Freightman Silva:
Welcome! How can I help you? Our Iron Gate Guild has been offering safe and trustworthy service for over 1000 years!
Hmmm... I think I did better this time...? Uncle Sorint! Did you hear that?
"I want to learn a skill."
Quest


<index-see-also>
An <index-see-also> element within an <indexterm> redirects the reader to another index entry that the reader should reference in addition to the current one.
<indexterm>
Category: Indexing group elements


From a ridiculously young age, one of the most consistent questions a kid gets asked is “What do you want to be when you grow up?” This question varies as you get older, including questions about where or if you want to go to college, what you want to major in, what internships you are going to pursue for the summer, and the list goes on.
My answer was always changing when I was growing up. I wanted to be a veterinarian, a marine biologist, a graphic designer, a public health specialist, as well as probably 100 other professions; however, when I got to college it seemed like everyone had a definite idea of what they wanted to be and I was still unsure.
I found an internship in a field I liked okay, and so I decided that’s what I was going to do with my life. I did more internships throughout college in that field, I joined AmeriCorps straight out of college serving in that field, and then I went and got a real job in that field. After a year, I was bored and wanted a new challenge.
I have been building my own little websites and generally messing around with free coding resources for years, and so I decided that learning to be a software developer would be my next challenge. I think you can never be done learning in your life, and I am excited to begin diving into something new. It feels good to be challenged again.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 1
For the trout, rub the lemon zest into the flesh of the trout. Place the cumin seeds, salt and freshly ground black pepper into a pestle and mortar and grind together until well combined. Reserve half a teaspoon for the vinaigrette and sprinkle the rest over the fish.
Heat the olive oil in a griddle pan and add the trout, spring onions and tomato half. Griddle the trout for 2-3 minutes on both sides, or until golden-brown and cooked through.
For the vinaigrette, place the soy sauce, lemon zest and juice and the reserved cumin mixture into a small bowl and whisk well to combine.
For the couscous, pour the stock over the couscous in a bowl and allow to soak for 5-7 minutes, or until all of the liquid is absorbed. Fluff the grains up with a fork and stir in the rest of the couscous ingredients.
To serve, spoon the couscous onto a serving plate and arrange the trout on top. Place the grilled spring onions and tomato half to the side, drizzle over the vinaigrette and serve.


{% extends 'notifications/mail/partial/editor_added.html' %} {% load i18n %} {% block role %}{% trans "a compiler" context "You have been added as a compiler of [questionnaire]." %}{% endblock %} {% block additional %}
{% trans "As a compiler, you can invite editors to work on the SLM practice and you can submit the practice for review." %}
{% endblock %}


Networked Learning Initiatives Computer Ordering System
Welcome to the Networked Learning Initiatives Computer Ordering System
To select a new computer or manage your college or department’s computer orders, please LOG IN.
For more information about the program please visit the NLI website.
If you have any questions or concerns, please contact us at nli@vt.edu.


To Enable Special Install Operations for This Page:
Install the Swarm Extension
Extensions to be tested together
Test cases
Template wrapper for results


Chromatin accessibility dynamics in a model of human forebrain development (available here)
Alexandro E. Trevino*, Nasa Sinnott-Armstrong*, Jimena Andersen*, Se-Jin Yoon, Nina Huber, Jonathan K. Pritchard, Howard Y. Chang, William J. Greenleaf+, Sergiu P. Pasca+
Abstract
Forebrain development is characterized by highly synchronized cellular processes, the perturbing of which can cause disease. To chart the regulatory activity underlying these events, we generated amap of accessible chromatin in human forebrain organoids. To capture corticogenesis, we sampled glial and neuronal lineages from dorsal or ventral forebrain organoids over 20 months. Active chromatin regions identified in human brain tissue were observed in organoids at different developmental stages. We used this resource to map genetic risk for disease and to explore evolutionary conservation. Moreover, we integrated chromatin accessibility with transcriptomics to identify putative enhancer-gene linkages and transcription factors that regulate human corticogenesis. Overall, this platform brings insights into gene-regulatory dynamics at previously inaccessible stages of human forebrain development, including signatures of neuropsychiatric disorders.
Data description
The data presented encompass the called peaks, ATAC-seq signal tracks, and RNA-seq expression from the compendium of neural spheroid samples generated as part of this study. By selecting a target gene, the accessible regions that are surrounding that gene, including those correlated with gene expression, can be visualized. Similarly, searching for a SNP enables visualization of the signal tracks and peaks around a given variant.
Interactive session
For users who would like to compare these data to their own studies, an interactive WashU Epigenome Browser session is also available.
Data access
Data are available on GEO under accession GSE132403. Reasonable requests for additional data and reagents should be directed to the corresponding authors.
About
This software was developed by Kyle Kovary and is available freely under the MIT license. The source code is available on GitHub.
For any comments or questions about this web app, please contact Kyle.


Domain Driven UX
Domain Driven Design is wildly used
approach to software development. You could consider this library as an attempt to use the same principles to define
user interfaces inside frontend data driven applications. Domain expert could describe customer invoices list in
following terms
| Column title |
Type |
| Customer Name |
Customer |
| Order Number |
OrderNumber |
| Order Date |
ShortDate |
| Card Number |
CardNumber |
| Amount |
Amount |
| Address |
String |
| Amount |
Amount |
| Currency |
Currency |
Here each type has associated component to render inside the table cell, so we could define table as
We define here data binding and in which format displayed value should be generated, the actual UX rendering is the
concern of the holistic library.
Few subtle points worth to mention here
-
'kind' property mark column as containing cutom component inside, you must
configure these on app start.
-
There is
implicit value binding
here between row data and component value.
- To load data inside the table use DataProvider interface.
Why use custom component for seemingly string values ?
When customer name is displayed inside table cell it could be just a string, if so we don't need some custom
component to render it
but what if customer name
- Has link to the customer profile to open
- Has some popup to show with additional info
-
Format name value, such as cappitalise first letters (it could be achived also via
formatters)
If you create some custom component for this case and
configure it to be used in table definitions then you
could use it in any table inside application by simple reference it inside table definition.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @(params: uk.gov.hmrc.fsetemailrenderer.controllers.model.Params) @uk.gov.hmrc.fsetemailrenderer.templates.helpers.html.template_csr(params, "One of your events has changed") { @if(params.parameters("name").toString.trim.nonEmpty){
Dear @{params.parameters("name")}
Your event on @{params.parameters("eventDate")} has changed.
Visit the sign in page to continue @params.parameters("externalSigninUrl")
Thank you
Fast Stream team
If you need more help, email us at faststream.newcastle@@cabinetoffice.gov.uk
Do not reply to this email.
}


Building a Website
DBC Phase 0 Week 9
January 6th, 2016
Creating my own website was a great experience. It's so satisfying to know that I've built it up from scratch. In the beginning, the biggest challenge was figuring out how to position elements. It took me a while to really grasp the differences between relative and absolute positioning, as well as the differences between padding and margins. Working on the site definitely helped me learn to distinguish them. Right now, Im going through the process of integrating Bootstrap while still keeping some of my original styling choices. This has been quite the challenge as well, since bootstrap has a lot of defaults I have to override to keep things looking the way I want. But, it has allowed me to make my site responsive, which was my reasoning behind adding Boostrap in the first place. The site is definitely still a work in progress, and I look forward to playing with it more in the coming weeks.


Title : Software Developer
Hobbies: Playing Video Games, Singing, Playing instruments, Hanging out with friends, Basketball
Interests: Foods, Traveling, Music Festivals, Concerts, Amusement Parks
Design, test, and improve software that manages communities daily. Created a table to provide different tracking phones and emails to different vendors. Developed a way to bulk update each floorplan-tour association. Implemented daily outbound feeds to the Facebook Marketplace. Created an API using Django with multiple endpoints used by the team and community managers daily.
Utilize Google Apps Script, Google Big Query, and Google Data Studio to manipulate data and provide insightful data. Develop queries analyzing QA data to reveal insights, and trends for a dashboard. Recorded data in Salesforce and Zendesk.
Designed a Microsoft Sharepoint Website used by the RF Engineer Team daily. Created a live dashboard using Microsoft Power BI. Utilized data source from SQL Server Management Studio to provide ongoing reports. Identify, analyze, and interpret trends or patterns in complex data sets.
Manage users and machines with Active Directory. Work within a team environment. Maintain proper inventory records. Develop Software and Hardware troubleshooting skils.
GPA: 3.1
Led a team of 7 people to design an app that allows users to donate to a charity of their choosing. It also implements the change feature to let users donate spare change for every transaction.
Created a VR museum of music that plays instrument noises when the player stands in front of an image. The room is the strings room, percussion room, and the wind room. Doors are also animated everytime a player walks in a room.
Used numerous colliders to make the base of the plane and added animation per control. Plane has to take off, stay in the air, then properly land while wheels also get released.
Properly drive a car on the track, use of noises everytime a car reaches and accelerates at a certain speed.
Classic arcade game that controls a paddle with a moving ball. Objective of the game is to destroy all the bricks. Must reach certain points to win otherwise the player loses.
Created a Security system using Arduino uno and RFID Card Reader that only accepted a small amount of cards and rejected the others. It will create two noises depending on whether a card is accepted or rejected.
One button created to generate a random decimal number between 0 and 1000. After generating a number, activate switches in according to the binary system to determine the binary value of a decimal. Another button is pressed to determine whether the binary representation was correct or not through the Display LEDs.


The Join Features task works with two layers of features . Join Features joins attributes from one feature to another based on spatial, temporal and attribute relationships, or some combination of the three. The tool determines all input features that meet the specified join conditions and joins the second input dataset to the first. You can optionally join all features to the matching features, or summarize the matching features.
Feature join can be applied to points, lines, polygons and tables without a geometry. You can optionally add a temporal join, as long as both input data sets are time-enabled, either as time instants or time intervals.
The layer that will have features joined to it.
In addition to choosing a layer from your map, you can select Browse Layers found at the bottom of the drop-down list to browse your contents for a big data file share dataset or feature layer.
The layer that will be joined to the first layer.
In addition to choosing a layer from your map, you can select Browse Layers found at the bottom of the drop-down list to browse your contents for a big data file share dataset or feature layer.
This determines how joins between the layer to be joined to, and the joining layer will be handled in the output if multiple joining features are found to have the same relationship with the layer being joined to. There are two join operations to choose from:
For example, suppose we wanted to find supermarkets within 5 kilometers of a farmers market. In this case the layer being joined to has a single feature representing a farmers market, and the joining features represents the local grocery stores which has attributes such as total annual sales. Using the Join Features tool we find that five grocery stores meet that criteria. If we specified a join operation of Join one to one we would end up five features in our result, each row representing the market to a supermarket. If we specified a Join one to many relationship, we would end up with one feature, representing the farmers market and the summarized information from the supermarkets, such as the count (5), and other statistics such as the sum of annual sales.
You may apply one, two or three joins. The types of joins are:
The spatial relationship that will determine if features are joined to each other. The available relationships will depend on the type of geometry (point, polyline, polygons) being used as the input features. The available relationships are:
This distance specifics the radius applied to a spatial near relationship.
Suppose you had a dataset representing a nuclear plant and dataset representing residences. You could set a 1 kilometer near distance to find houses within 1 kilometer of the nuclear plant.
The temporal relationship that will determine if features are joined to each other. This optional is only available if time is enabled on both datasets, and the available relationships will depend on the type of time (instant or interval) being used on the input features. The available relationships are:
This temporal distance specifics the temporal radius applied to a temporal near relationship.
Suppose you have dataset of boating incidents and a dataset of GPS tracks of a hurricane. You could look for boating incidents within a specified distance of hurricane tracks in both space (1 kilometer) and in time (5 hours). This would result in boating incidents joined to hurricanes that occurred close together.
This relationship will match values in a field from one layer to values in a field in another layer.
For example, suppose we had a county-wide geographic dataset of residential addresses (including a field ZIP) and a tabular dataset of health demographics by zip code (a field named HEALTHZIP). We can join the health dataset to the residential data by matching the field ZIP to HEALTHZIP, which will result in a dataset of residences with the corresponding health data.
You can calculate statistics about attributes of numeric fields of the input layer such as:
You can calculate statistics about attributes of string fields of the input layer, such as:
This is a temporary parameter for the Pre-Release to set the data store that results are saved to. Both data stores are part of ArcGIS Data Store. If you select the spatiotemporal data store, and do not have one installed the tool will fail.
This is the name of the layer that will be created in My Content and added to the map. The default name is based on the tool name and the input layer name. If the layer already exists the tool run will fail.
Using the Save result in drop-down box, you can specify the name of a folder in My Content where the result will be saved.


|
inicpp
C++ parser of INI files with schema validation.
|
#include <parser.h>
Public Member Functions | |
| parser ()=delete | |
| parser (const parser &source)=delete | |
| parser & | operator= (const parser &source)=delete |
| parser (parser &&source)=delete | |
| parser & | operator= (parser &&source)=delete |
Static Public Member Functions | |
| static config | load (const std::string &str) |
| static config | load (const std::string &str, const schema &schm, schema_mode mode) |
| static config | load (std::istream &str) |
| static config | load (std::istream &str, const schema &schm, schema_mode mode) |
| static config | load (resource &res) |
| static config | load (resource &res, const schema &schm, schema_mode mode) |
| static config | load_file (const std::string &file) |
| static config | load_file (const std::string &file, const schema &schm, schema_mode mode) |
| static void | save (const config &cfg, const std::string &file) |
| static void | save (const config &cfg, std::ostream &str) |
| static void | save (const config &cfg, const schema &schm, const std::string &file) |
| static void | save (const config &cfg, const schema &schm, std::ostream &str) |
| static void | save (const schema &schm, const std::string &file) |
| static void | save (const schema &schm, std::ostream &str) |
Parser is not constructable class which contains methods which can be used to load or store ini configuration.
|
delete |
Deleted default constructor.
|
delete |
Deleted copy constructor.
|
delete |
Deleted move constructor.
|
static |
Load ini configuration from given string and return it.
| str | ini configuration description |
| parser_exception | if ini configuration is wrong |
Definition at line 340 of file parser.cpp.
|
static |
Load ini configuration from given string and validate it through schema.
| str | ini configuration description |
| schm | validation schema |
| mode | validation mode |
| parser_exception | if ini configuration is wrong |
| validation_exception | if configuration does not comply schema |
Definition at line 347 of file parser.cpp.
|
static |
Load ini configuration from given stream and return it.
| str | ini configuration description |
| parser_exception | if ini configuration is wrong |
Definition at line 354 of file parser.cpp.
Load ini configuration from given stream and validate it through schema.
| str | ini configuration description |
| schm | validation schema |
| mode | validation mode |
| parser_exception | if ini configuration is wrong |
| validation_exception | if configuration does not comply schema |
Definition at line 360 of file parser.cpp.
Load in configuaration from sources stored in resource.
| res | ini configuration resource |
| res_fetcher | resource fetcher to be used |
| parser_exception | if ini configuration is wrong |
| validation_exception | if configuration does not comply schema |
Definition at line 366 of file parser.cpp.
Load in configuaration from sources stored in resource.
| res | ini configuration resource |
| schm | validation schema |
| mode | validation mode |
| res_fetcher | resource fetcher to be used |
| parser_exception | if ini configuration is wrong |
| validation_exception | if configuration does not comply schema |
Definition at line 371 of file parser.cpp.
|
static |
Load ini configuration from file with specified name.
| file | name of file which contains ini configuration |
| parser_exception | if ini configuration is wrong |
Definition at line 378 of file parser.cpp.
|
static |
Load ini configuration from file with specified name and validate it against given schema.
| file | name of file with ini configuration |
| schm | validation schema |
| mode | validation mode |
| parser_exception | if ini configuration is wrong |
| validation_exception | if configuration does not comply schema |
Definition at line 384 of file parser.cpp.
|
static |
Save given configuration to file.
| cfg | configuration which will be saved |
| file | name of output file |
Definition at line 390 of file parser.cpp.
|
static |
Save configuration to output stream.
| cfg | configuration which will be saved |
| str | output stream |
Definition at line 397 of file parser.cpp.
|
static |
Save given configuration (could be only partial) to a file. Options which are not specified will be substitued by default values from schema.
| cfg | configuration which will be saved |
| schm | schema which will be saved |
| file | name of output file |
Definition at line 402 of file parser.cpp.
Save given configuration (could be only partial) to output stream. Options which are not specified will be substitued by default values from schema.
| cfg | configuration which will be saved |
| schm | schema which will be saved |
| str | output stream |
Definition at line 409 of file parser.cpp.
|
static |
Save validation schema to file.
| schm | schema which will be saved |
| file | name of output file |
Definition at line 414 of file parser.cpp.
|
static |
Save given validation schema to output stream.
| schm | schema which will be saved |
| str | output stream |
Definition at line 421 of file parser.cpp.


Improved customer experience
Proximity marketing
Social marketing
Advertising
Smart poster
NFC stands for Near Field Communication. NFC uses radio waves to connect to your smart phone. Using NFC you can deliver smart content:
video
images
files
Business card
Social info
make a phone call send an email send a SMS Add a link Start an app Add geo info Write text (info point, etc)
all this, just swiping the smart phone close to the tag. No other application are required, no app download to enable NFC tag read.
Using NFC we can help you to increase your visibility
If you want to have more information, please contact us. We will find a way to develop your business


{% extends "base.html" %} {% load humanize %} {% block content %}
Beginning in 2012, lobbying firms and organizations paying for lobbying services in Philadelphia are required to register and file quarterly reports of their expenses with the City of Philadelphia Board of Ethics. Lobbying.ph catalogs those reports and makes the information in the reports more accessible to help citizens better understand the influence of lobbying in Philadelphia.
Through the quarterly filings, you can see which principals have been lobbying on which issues, and who they hired for lobbying services.
A word on the terminology, which is drawn directly from the reports: “principal” refers to the company, person, or organization that lobbies or hires a lobbyist or firm to lobby on their behalf.
Total spent on lobbying from 1/1/12 through 3/31/13: ${{ total_spending|intcomma }}


--- title: deepflash2 keywords: fastai sidebar: home_sidebar summary: "A deep learning pipeline for segmentation of fluorescent labels in microscopy images." description: "A deep learning pipeline for segmentation of fluorescent labels in microscopy images." nb_path: "nbs/deepflash2.ipynb" ---
#@markdown Please run this cell to get started.
try:
import deepflash2
except ImportError:
!pip install -Uqq deepflash2
from deepflash2.gui import GUI, _connect_to_drive
%xmode Plain
path=_connect_to_drive()
#@markdown Start UI. If something goes wrong, click
#@markdown Click "Runtime" -> "Factory Reset Runtime" (on Colab) or
#@markdown "Kernel" -> "Restart Kernel" (Jupyter) and start over!
t = GUI(path);
try:
while True: pass
except:
pass


WHUgirls
问题描述 :
There are many pretty girls in Wuhan University, and as we know, every girl loves pretty clothes, so do they. One day some of them got a huge rectangular cloth and they want to cut it into small rectangular pieces to make scarves. But different girls like different style, and they voted each style a price wrote down on a list. They have a machine which can cut one cloth into exactly two smaller rectangular pieces horizontally or vertically, and ask you to use this machine to cut the original huge cloth into pieces appeared in the list. Girls wish to get the highest profit from the small pieces after cutting, so you need to find out a best cutting strategy. You are free to make as many scarves of a given style as you wish, or none if desired. Of course, the girls do not require you to use all the cloth.
输入:
The first line of input consists of an integer T, indicating the number of test cases.
The first line of each case consists of three integers N, X, Y, N indicating there are N kinds of rectangular that you can cut in and made to scarves; X, Y indicating the dimension of the original cloth. The next N lines, each line consists of two integers, xi, yi, ci, indicating the dimension and the price of the ith rectangular piece cloth you can cut in.
The first line of each case consists of three integers N, X, Y, N indicating there are N kinds of rectangular that you can cut in and made to scarves; X, Y indicating the dimension of the original cloth. The next N lines, each line consists of two integers, xi, yi, ci, indicating the dimension and the price of the ith rectangular piece cloth you can cut in.
输出:
The first line of input consists of an integer T, indicating the number of test cases.
The first line of each case consists of three integers N, X, Y, N indicating there are N kinds of rectangular that you can cut in and made to scarves; X, Y indicating the dimension of the original cloth. The next N lines, each line consists of two integers, xi, yi, ci, indicating the dimension and the price of the ith rectangular piece cloth you can cut in.
The first line of each case consists of three integers N, X, Y, N indicating there are N kinds of rectangular that you can cut in and made to scarves; X, Y indicating the dimension of the original cloth. The next N lines, each line consists of two integers, xi, yi, ci, indicating the dimension and the price of the ith rectangular piece cloth you can cut in.
样例输入:
1 2 4 4 2 2 2 3 3 9
样例输出:
9
题目链接：http://acm.hdu.edu.cn/showproblem.php?pid=3127
题目大意：一个大矩形，要你分割成小矩形（只能水平和竖直切割），每个小矩形都有一个价值，问如何分割能得到最大总价值。
解题思路：
完全背包思想，枚举所有可能情况。
对于枚举每个小矩形都可以横放竖放两种情况。
对于每种情况都有两种切割方式：横向切割或者竖向切割。
#include <iostream> #include <cstdio> #include <algorithm> #include <cstring> using namespace std; const int maxn=1024; int dp[maxn][maxn]; struct node { int x, y, val; }f[maxn]; int main() { int T, n, X, Y; cin >> T; while(T--) { cin >> n >>X >> Y; for(int i=0; i<n; i++) scanf("%d%d%d",&f[i].x,&f[i].y,&f[i].val); memset(dp,0,sizeof(dp)); for(int i=0; i<=X; i++) for(int j=0; j<=Y; j++) for(int k=0; k<n; k++) { if(i-f[k].x>=0&&j-f[k].y>=0) dp[i][j]=max(dp[i][j],max(dp[i-f[k].x][j]+dp[f[k].x][j-f[k].y],dp[i-f[k].x][f[k].y]+dp[i][j-f[k].y])+f[k].val); if(i-f[k].y>=0&&j-f[k].x>=0) dp[i][j]=max(dp[i][j],max(dp[i-f[k].y][j]+dp[f[k].y][j-f[k].x],dp[i-f[k].y][f[k].x]+dp[i][j-f[k].x])+f[k].val); } cout << dp[X][Y] << endl; } return 0; }
参考：http://www.cnblogs.com/kane0526/archive/2012/11/04/2754075.html
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又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
又是话说起头~你们办公室都是在评书剧场吧
您没有考虑 树的根节点是负数的情况， 若树的根节点是个很大的负数，那么就要考虑过不过另外一边子树了
其实就是DFS搜索，数据量较小，穷举了所有情况
是穷举，但是代码有优化（v数组），并不是2^n。测试数据应该没问题，之前有超时的代码。
补充：此算法求出的不一定是最优解，之前理解错了
博主的C++功底真是好
说的就是无向图啊，有向图的算法也是类似的
很好。代码比书上的简练！
从数学角度确实是C(n,r)，能给个递推关系式吗，从分治的角度不好理解
可以根据二叉排序树的定义进行严格的排序树创建和后序遍历操作。如果形成的排序树相同，其树的前、中、后序遍历是相同的，但在此处不能使用中序遍历，因为，中序遍历的结果就是排序的结果。经在九度测试，运行时间90ms，比楼主的要快。
好网站，肯定会火的
目前为止见过的最易懂的一个，多谢分享
嗯，是写错了，文中以更改。MAX ( L(X[0..m-2], Y[0..n-1]), L(X[0..m-1], Y[0..n-2])
后面的是python代码啊


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KEEP PRACTISING! Right now I am learning and is still trying my best thus I do not have much advice but my all time advice will be to look up online especially Youtube where it is so accessible and very flexible as I can pause or slow down if needed!


An integrated solution to perform a series of text mining tasks such as importing and cleaning a corpus, and analyses like terms and documents counts, lexical summary, terms co-occurrences and documents similarity measures, graphs of terms, correspondence analysis and hierarchical clustering. Corpora can be imported from spreadsheet-like files, directories of raw text files, as well as from 'Dow Jones Factiva', 'LexisNexis', 'Europresse' and 'Alceste' files.
| Version: | 0.1.0 |
| Depends: | tm (≥ 0.6), NLP, slam, FactoMineR, explor |
| Imports: | stats, utils, graphics, testthat, wordcloud, igraph, stringi, crayon, SnowballC, tm.plugin.factiva, tm.plugin.lexisnexis, tm.plugin.europresse, tm.plugin.alceste |
| Published: | 2018-11-19 |
| Author: | Milan Bouchet-Valat [aut, cre], Gilles Bastin [aut], Antoine Chollet [aut] |
| Maintainer: | Milan Bouchet-Valat <nalimilan at club.fr> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | R.temis results |
| Reference manual: | R.temis.pdf |
| Package source: | R.temis_0.1.0.tar.gz |
| Windows binaries: | r-devel: R.temis_0.1.0.zip, r-release: R.temis_0.1.0.zip, r-oldrel: R.temis_0.1.0.zip |
| OS X binaries: | r-release: R.temis_0.1.0.tgz, r-oldrel: R.temis_0.1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=R.temis to link to this page.


{% extends "core/base.html" %} {% load crispy_forms_tags %} {% block content %} Enter Shipping details {% csrf_token %} Address {{ form.street_address }} Address 2 (optional) {{ form.apartment_address }} Country {{ form.country }} Please select a valid country. Zip {{ form.zip }} Zip code required. Payment Option {% for val, name in form.fields.payment_option.choices %} {{ name }} {% endfor %} Continue to checkout {% include "core/scripts.html" %} {% endblock content %}


The HTML select (<select>) element represents a control that presents a menu of options. The options within the menu are represented by <option> elements, which can be grouped by <optgroup> elements. Options can be pre-selected for the user.
The Material Design Lite Ext (MDLEXT) select field component is an enhanced version of the standard HTML <select> element. A select field consists of a horizontal line indicating where keyboard input can occur and, typically, text that clearly communicates the intended contents of the select field. An icon (at the right hand side) indicates that the select field has user selectable options.
Select element
Select element with floating label
Disabled Select element
Documentation is provided in the mdl-ext project. The tests provides examples on how to use the component programmatically


| customer_id | cname | customer_mob | cutomer_emailid | customer_gender | customer_age | customer_qualification | customer_income_details | customer_occupation_type | loan_no | marital_status | cutomer_status_code | customer_address_details | gaurantor_details |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| {{cd.customer_id}} | {{cd.cname}} | {{cd.customer_mob}} | {{cd.cutomer_emailid}} | {{cd.customer_gender}} | {{cd.customer_age}} | {{cd.customer_qualification}} | {{cd.customer_income_details}} | {{cd.customer_occupation_type}} | {{cd.loan_no}} | {{cd.marital_status}} | {{cd.cutomer_status_code}} | {{cd.customer_address_details}} | {{cd.gaurantor_details}} |