About Centre for Artificial Intelligence Research (CAIR)
Our mission is to create, develop and commercialise innovative IT products. Information Technology encompasses all forms of technology used to create and manipulate information in its various forms. The Centre’s primary goal is to provide a stimulating environment for the development of these different forms of technology in New Zealand under strong leadership. Our research is not ivory-towered. AUT is the only university of technology in New Zealand and as such our work is not only leading edge but by design, practically oriented.
Given the wide range of research in IT, the Centre has decided to focus on four main areas of research and development - human language technology, speech technology, robotics and mind theory.
The Director of the Institute is Professor Albert Yeap.
Contact
Professor Albert Yeap
Phone: +64 9 921-9999 ext 9565
Email<EMAIL_ADDRESS>About AlBot
Albot project is the project designed for implementing Dr. Albert Cognitive mapping theory on the Actec Firefly Hexacopter drone.
Cognitive maps are a natural cognition of many species to understand spatial environmental and utilized it to orientation and localization purposeDr.
Albert Cognitive mapping theory is the Computational approach base on learning of empiricalobservation base on the relation of successive View s model. Similar to many species which they observed and remember snapshots
(important object of 2D images) of a place and use them as part of their navigation strategy and special localization
Hardware comprised of one set of autopilot platform which is connected to the auxiliary system on module (SoM)
by serial link. Due to a huge amount of image processing Raspberry pi 4 with 4 GB RAM has been selected.
Primarily attitude control and stabilization perform by onboard autopilot and all navigation and compensation performed
by high-level API programTechnical Information & specification about
this UAV located here here
The core program consists three coroutines and one sub coroutine, first is the webserver which served the web application and
broadcast data/video link through the local network, the second coroutine is the OpenCV module which is responsible to processing
images captured by two HD camera for object detection, optical flow stabilization. The third coroutine is ROS platform
responsible to acquire data from a physical sensor (LiDAR, ToF range finder, ultrasonic) and delivered to TensorFlow node.
TensorFlow-Keras is the sub coroutine for data acquisition, Semantic Segmentation and classifies structured data(object )
into the feature columns. Those datasets comprise the primary simple objects such as vertical-horizontal lines (door, wall, windows, table)
and complex objects (obstacles, hazardous area, routes)
The final mission comprises flying autonomously and recognize the special environment and learn important object and used this acquired knowledge for map surveying and route creation
This page is the web application of drone control panel. All autopilot data and image processing are streaming to this webpage. for more information visit project GitHub page at here


I am experienced fullstack developer. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition.
Working with inteligent solutions to better suit operational teams.
Captalize on developing web platforms for automation in other companies.
Captalize to develop RPAs' and views to automate processes.
Mainly foucused in absorv the total max of information about RPA development
Apart from being a web/rpa/game developer, I enjoy most of my time being outdoors. I enjoy sports in general and I like to study different technologies. Game development is the area that I'm most interested
When I'm not outdoors, I usually play video games or I'll be writing some documents to a next project


The Chrome DevTools Protocol allows for tools to instrument, inspect, debug and profile Chromium, Chrome and other Blink-based browsers. Many existing projects currently use the protocol. The Chrome DevTools uses this protocol and the team maintains its API.
Instrumentation is divided into a number of domains (DOM, Debugger, Network etc.). Each domain defines a number of commands it supports and events it generates. Both commands and events are serialized JSON objects of a fixed structure.
Protocol API Docs
The latest (tip-of-tree) protocol (tot) — It changes frequently and can break at any time. However it captures the full capabilities of the Protocol, whereas the stable release is a subset. There is no backwards compatibility support guaranteed for the capabilities it introduces.
v8-inspector protocol (v8) — It is available in node 6.3+ and enables debugging & profiling of Node.js apps.
stable 1.2 protocol (1-2) — The stable release of the protocol, tagged at Chrome 54. It includes a smaller subset of the complete protocol compatibilities.
stable 1.3 protocol (1-3) — The stable release of the protocol, tagged at Chrome 64. It includes a smaller subset of the complete protocol compatibilities.
Resources
The devtools-protocol repo issue tracker can also be used for concerns with the protocol. It also hosts the canonical copy of the json files.
Useful: Getting Started with Headless Chrome and the Headless Chromium readme.
The chrome-remote-interface node module is recommended, and its wiki and issue tracker are full of useful recipes.
The awesome-chrome-devtools page links to many of the tools in the protocol ecosystem, including protocol API libraries in JavaScript, TypeScript, Python, Java, and Go.
Consider subscribing to the chrome-debugging-protocol mailing list.
Basics: Using DevTools as protocol client
The Developer Tools front-end can attach to a remotely running Chrome instance for debugging. For this scenario to work, you should start your host Chrome instance with the remote-debugging-port command line switch:
chrome.exe --remote-debugging-port=9222
Then you can start a separate client Chrome instance, using a distinct user profile:
chrome.exe --user-data-dir=<some directory>
Now you can navigate to the given port from your client and attach to any of the discovered tabs for debugging: http://localhost:9222
You will find the Developer Tools interface identical to the embedded one and here is why:
- When you navigate your client browser to the remote's Chrome port, Developer Tools front-end is being served from the host Chrome as a Web Application from the Web Server.
- It fetches HTML, JavaScript and CSS files over HTTP
- Once loaded, Developer Tools establishes a Web Socket connection to its host and starts exchanging JSON messages with it.
In this scenario, you can substitute Developer Tools front-end with your own implementation. Instead of navigating to the HTML page at http://localhost:9222, your application can discover available pages by requesting: http://localhost:9222/json and getting a JSON object with information about inspectable pages along with the WebSocket addresses that you could use in order to start instrumenting them. See the HTTP Endpoints section below for more.
Listening to the protocol
This is especially handy to understand how the DevTools frontend makes use of the protocol. You can view all requests/responses and methods as they happen.
To use, first enable DevTools experiments. Then click the ⋮ menu icon in the top-right of the DevTools, and select Settings. Select Experiments on the left of settings. Turn on "Protocol Monitor", then close and reopen DevTools. Now click the ⋮ menu icon again, choose More Tools and then select Protocol monitor.
You can also issue your own commands. First, open devtools-on-devtools, then within the inner DevTools window, use Main.sendOverProtocol()
in the console:
await Main.sendOverProtocol('Emulation.setDeviceMetricsOverride', { mobile: true, width: 412, height: 732, deviceScaleFactor: 2.625, }); const data = await Main.sendOverProtocol("Page.captureScreenshot");
DevTools protocol via Chrome extension
To allow chrome extensions to interact with the protocol, we introduced chrome.debugger extension API that exposes this JSON message transport interface. As a result, you can not only attach to the remotely running Chrome instance, but also instrument it from its own extension.
Chrome Debugger Extension API provides a higher level API where command
domain, name and body are provided explicitly in the sendCommand
call. This API hides request ids and handles binding of the request with its
response, hence allowing sendCommand
to report result in the
callback function call. One can also use this API in combination with the other
Extension APIs.
If you are developing a Web-based IDE, you should implement an extension that exposes debugging capabilities to your page and your IDE will be able to open pages with the target application, set breakpoints there, evaluate expressions in console, live edit JavaScript and CSS, display live DOM, network interaction and any other aspect that Developer Tools is instrumenting today.
Opening embedded Developer Tools will terminate the remote connection and thus detach the extension.
Frequently Asked Questions
How is the protocol defined?
The canonical protocol definitions live in the Chromium source tree: (browser_protocol.pdl and js_protocol.pdl). They are maintained manually by the DevTools engineering team. The declarative protocol definitions are used across tools; for instance, a binding layer is created within Chromium for the Chrome DevTools to interact with, and separately bindings generated for Chrome Headless’s C++ interface.
Can I get the protocol as JSON?
These canonical .pdl files are mirrored on GitHub in the devtools-protocol repo where JSON versions, TypeScript definitions and closure typedefs are generated. Most tools rely on these JSON versions.
Also, if you've set --remote-debugging-port=9222
with Chrome, the complete protocol version it speaks is available at localhost:9222/json/protocol
.
How do I access the browser target?
The endpoint is exposed as webSocketDebuggerUrl
in /json/version
. Note the browser
in the URL, rather than page
. If Chrome was launched with --remote-debugging-port=0
and chose an open port, the browser endpoint is written to both stderr and the DevToolsActivePort
file in browser profile folder.
Does the protocol support multiple simultaneous clients?
Chrome 63 introduced support for multiple clients. See this article for details.
Upon disconnnection, the outgoing client will receive a detached
event.
For example: {"method":"Inspector.detached","params":{"reason":"replaced_with_devtools"}}
.
View the enum of
possible reasons.
(For reference: the original patch).
After disconnection, some apps have chosen to pause their state and offer a reconnect button.
HTTP Endpoints
If started with a remote-debugging-port, these HTTP endpoints are available on the same port. (Chromium implementation)
GET /json/version
Browser version metadata
{ "Browser": "Chrome/72.0.3601.0", "Protocol-Version": "1.3", "User-Agent": "Mozilla/5.0 (Macintosh; Intel Mac OS X 10_13_6) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/72.0.3601.0 Safari/537.36", "V8-Version": "7.2.233", "WebKit-Version": "537.36 (@cfede9db1d154de0468cb0538479f34c0755a0f4)", "webSocketDebuggerUrl": "ws://localhost:9222/devtools/browser/b0b8a4fb-bb17-4359-9533-a8d9f3908bd8" }
GET /json
or /json/list
A list of all available websocket targets.
[ { "description": "", "devtoolsFrontendUrl": "/devtools/inspector.html?ws=localhost:9222/devtools/page/DAB7FB6187B554E10B0BD18821265734", "id": "DAB7FB6187B554E10B0BD18821265734", "title": "Yahoo", "type": "page", "url": "https://www.yahoo.com/", "webSocketDebuggerUrl": "ws://localhost:9222/devtools/page/DAB7FB6187B554E10B0BD18821265734" } ]
GET /json/protocol/
The current devtools protocol, as JSON:
{ "domains": [ { "domain": "Accessibility", "experimental": true, "dependencies": [ "DOM" ], "types": [ { "id": "AXValueType", "description": "Enum of possible property types.", "type": "string", "enum": [ "boolean", "tristate", // ...
GET /json/new?{url}
Opens a new tab. Responds with the websocket target data for the new tab.
GET /json/activate/{targetId}
Brings a page into the foreground (activate a tab).
For valid targets, the response is 200: "Target activated"
. If the target is invalid, the response is 404: "No such target id: {targetId}"
GET /json/close/{targetId}
Closes the target page identified by targetId
.
For valid targets, the response is 200: "Target is closing"
. If the target is invalid, the response is 404: "No such target id: {targetId}"
WebSocket /devtools/page/{targetId}
The WebSocket endpoint for the protocol.
GET /devtools/inspector.html
A copy of the DevTools frontend that ship with Chrome.


Eko India Financial Services Pvt. Ltd. is a leading Indian fintech company, service for State Bank of India (SBI), ICICI Bank India's two largest banks and Yes Bank, India's youngest private bank, and provides no-frills bank accounts and deposit, withdrawal and remittance services to customers (nearly 80% of whom are migrants or the unbanked section of the population) through mobile banking.


I am specialised in Computer Networks and IT Security. I have a strong theoretical background in Mathematics and Computing, backed by several years of international work experience which fortified my practical skills as a Computer Scientist and my personal skills as a social human being. My main interests are Applied Cryptography and Computer Security, Networking and Distributed Systems, and Cloud Computing.
Specialties:
Advanced programming and build-stuff skills in multiple languages, protocols, frameworks, platforms, and technologies spanning over the full stack of a solution/application.
Pragmatic team member/lead with plenty of make-stuff-happens experience with agile methodologies.
Landsbyforeningen for Voervadsbro og Omegn er en lille forening for nuværende og tidligere indbyggere i Voervadsbro. Foreningen blev dannet i 1988, da Brugsen i Voervadsbro blev nedlagt og overskuddet ved salget af bygningerne blev overdraget til den nydannede forening..
Nawart is a collective of independent reporters and an association based on the idea of turning its members’ individual workload into an innovative ground for intellectual, human and professional exchange.
The goal of this thesis is the implementation of a fully distributed multiparty computation protocol in a Two-Party setting, secure in the semi-honest model. For each single step in the protocol is expected the participation of two and only two parties. This is among the first implementations of a complete distributed protocol for RSA Composite generation in this setting, on top of which several Secure Multiparty Computation protocols have also been implemented.
Tech brainstorming for Unicef Danmark on Vaccine Management Systems.
The problem of generating an RSA composite in a distributed manner without leaking its factorization is particularly challenging and useful in many cryptographic protocols. Our first contribution is the first non-generic fully simulatable protocol for distributively generating an RSA composite with security against malicious behavior. Our second contribution is complete Paillier threshold encryption scheme in the two-party setting with security against malicious behavior. Furthermore, we describe how to extend our protocols to the multiparty setting with dishonest majority.
The GitHubStats is a simple script used in order to get statistics on closed issues related to some well defined repositories. The script need to be configured before use. At completition the script emails the report to the specified recipient.
 Plan a road trip, work on an assignment, or develop new software while sharing your achievements and attracting interested people!
HTML5 app for Android and iOS about the great Final Fantasy 8 PSX game.
SocialGap is a simple library intended to ease the integration of PhoneGap hybrid mobile apps with social networks.
Social


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MapInfo TAB and MIF/MID
MapInfo datasets in native (TAB) format and in interchange (MIF/MID) format
are supported for reading and writing. Update of existing files is not
currently supported.
Note: In the rest of this document "MIF/MID File" is used to refer to a
pair of .MIF + .MID files, and "TAB file" refers to the set of files for a
MapInfo table in binary form (usually with extensions .TAB, .DAT, .MAP, .ID,
.IND).
The MapInfo driver treats a whole directory of files as a dataset, and
a single file within that directory as a layer. In this case the directory
name should be used as the dataset name.
However, it is also possible to use one of the files (.tab or .mif) in a
MapInfo set as the dataset name, and then it will be treated as a dataset
with one single layer.
MapInfo coordinate system information is supported for reading and writing.
Creation Issues
The TAB File format requires that the bounds (geographical extents) of a new
file be set before writing the first feature. However, there is currently
no clean mechanism to set the default bounds of a new file through the
OGRDataSource interface.
We should fix the driver at some point to set valid default bounds for
each projection, but for the time being, the MapInfo driver sets the following
default bounds when a new layer is created:
- For a file in LAT/LON (geographic) coordinates: BOUNDS (-180, -90) (180, 90)
- For any other projection: BOUNDS (-30000000, -15000000) (30000000, 15000000)
If no coordinate system is provided when creating a layer, the projection
case is used, not geographic which can result in very low precision if
the coordinates really are geographic. You can add "-a_srs WGS84" to the
ogr2ogr commandline during a translation to force geographic mode.
MapInfo feature attributes suffer a number of limitations:
- Only Integer, Real and String field types can be created. The various
list, and binary field types cannot be created.
- For String fields, the field width is used to establish storage size in
the .dat file. This means that strings longer than the field width will be
truncated.
- String fields without an assigned width are treated as 254 characters.
Dataset Creation Options
- FORMAT=MIF: To create MIF/MID instead of TAB files (TAB is the default).
Layer Creation Options
- SPATIAL_INDEX_MODE=QUICK: Use this to turn on "quick spatial index mode". The default behavior of MITAB since GDAL v1.5.0 is to generate an optimized spatial index, but this results in slower write speed than what we used to get with GDAL 1.4.x and older. Applications that want faster write speed and do not care about the performance of spatial queries on the resulting file can use this option to require the creation of a non-optimal spatial index (actually emulating the type of spatial index produced by OGR's TAB driver before GDAL 1.5.0). In this mode writing files can be about 5 times faster, but spatial queries can be up to 30 times slower.
See Also


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Lake Springfield is a 4,260 acre (17.2 km) reservoir located in the city of Springfield, Illinois, southeast of downtown. It is 560 feet (171 m) above sea level. It was formed in 1931-1935 by building Spaulding Dam across Sugar Creek, a tributary of the Sangamon River.
Find out moreThe Abraham Lincoln Memorial Garden (LMG) is the inspiration of Springfield leader Harriet Knudson. When Knudson learned that the city of Springfield was acquiring land for the basin of a new reservoir, intended to serve as a source of city drinking water, she asked the city to set aside approximately 0.6 miles (1 km) of future shoreline as a garden to memorialize Abraham Lincoln.
See the Abraham Lincoln Memorial GardenLake Springfield is full of wonderful places to stay. You have the ability to sleep in the outdoors in a tent, or relax like a king at a five star resort. Here are our top three resorts:
One of most important things when it comes to traveling through the great outdoors is packing accordingly. Here are a few tips:


WEB (with gobuster/more: 30-60 min per host)
See version? See title? Searchsploit them. Apache, Nginx, CMS, you name it
- dirbustEVERYTHING scan 1: .php and .html extensions
- dirbustEVERYTHING scan 2: .bak and .tar.gz extensions
- dirTrav (using whatwebURLs + Traversals if desired)
- dirbustEVERYTHING scan 3: (using larger list)
- dirbustEVERYTHING scan 4: (using larger list and more extensions)
- See Directory Brute Forcing
- Look around:
- Turn on proxy
- Change 'Host:' header to domain name of machine and see if responses are different
- View-Source:
- Comments?
- Interesting functions?
- Interesting links?
- CGI pages? Older machine? Test Shellshock
- Test default logins! RTFM! (enables authenticated exploits if able)
- Time to test forms:
- SQL injection
- Straight up command injection
- Time to test URL: GET/POST parameters (yes, all of them)
- LFI (php? try php filters)
- RFI
- SSRF (if not RFI, how about 'localhost')
- CMD injection
- SQL Injection
- Notice any encoded parameters? Cookies? GET/POST parameters?
- Attempt to identify encoding!
- BitFlipping
- Deserialization
-
- Time to test Logins
- SQL injection
- Straight up command injection
- Username + Password combinations
- Time to test "forgot password"
- SQL Injection
- Command injection
- Maybe revisit after registering?
- Time to register a free account (if possible)
- Look above and repeat everything
- Analyze auth cookie:
- Decode?
- Bit-Flip payload? (Burp, not sure if Zap can do it)
- Padding Oracle or other encryption weakness?
- Don't be afraid to look at resources for the site:
- Developer console main.js and other web-source that is given to the client
- Local Sotrage that the site is using (cookies / authentication / etc)
- Memory (may or may not be useful)
- Tested:
- Burp / Zap for manual/fine grain testing
- Gobuster/Dirb are dir brute tools of choice
- Gobuster fast
- Dirb can recurse if desired
- dirbuster/wfuzz/dirsearch/etc are slower..
- Nikto: super fast web vuln scan
- WhatWeb: super fast generic server fingerprint
- DotDotPwn: Document every page and throw into ..pwn
- : Document every URL parameter and throw into ..pwn
- : These actions can take a while to test everything
Parameth: part of dirbustEVERYTHING. Performs well enough.
Builtwith
Wappalyzer
Patator
Wordlists
OWASP-Xenotix-XSS-Exploit-Framework
OWASP-owtf (offensive web testing framework)-
- Must run separate:
- WEB:
- wapiti: more full featured web vuln scan and exploiter. page specific? takes a long time to run (60m+)
- w3af: huge. requires extensive config or loading profile. SQLmap and other auto exploit, so prob not allowed on OSCP.
- BlindElephant: requires URL AND appname for specific fingerprint
SQLMap (not allowed on OSCP)
Super specific tools
Commix: command injection tester
Kadimus / LFIFreak / FiMap: File inclusion tester
Parsero: Robots.txt crawler and tester
Droopescan / CMSmap / WPScan: Content management scanners
davtest / cadaver: webdav tester
Method Testing
- nc IP_Adress Port
- HEAD / HTTP/1.0
- OPTIONS / HTTP/1.0
- PROPFIND / HTTP/1.0
- TRACE / HTTP/1.1
- PUT http://Target_URL/FILE_NAME
- POST http://Target_URL/FILE_NAME HTTP/1.x
Upload Files
- curl
- curl -u <username:password> -T file_to_upload <Target_URL>
- curl -A "Mozilla/4.0 (compatible; MSIE 5.01; Windows NT 5.0)" <Target_URL>
- wget
- wget --method PUT --body-file=/home/sk/file.pdf https://transfer.sh/file.pdf -O - -nv
Input Validation Checks- NULL or null
- Possible error messages returned.
- ' , " , ; , <!
- Breaks an SQL string or query; used for SQL, XPath and XML Injection tests.
- – , = , + , "
- Used to craft SQL Injection queries.
- ‘ , &, ! , ¦ , < , >
- Used to find command execution vulnerabilities.
- ">
- Basic Cross-Site Scripting Checks.
- %0d%0a
- Carriage Return (%0d) Line Feed (%0a)
- HTTP Splitting
- language=?foobar%0d%0aContent-Length:%200%0d%0a%0d%0aHTTP/1.1%20200%20OK%0d%0aContent-Type:%20text/html%0d%0aContent-Length:%2047%0d%0a%0d%0aInsert undesireable content here
- i.e. Content-Length= 0 HTTP/1.1 200 OK Content-Type=text/html Content-Length=47blah
- Cache Poisoning
- language=?foobar%0d%0aContent-Length:%200%0d%0a%0d%0aHTTP/1.1%20304%20Not%20Modified%0d%0aContent-Type:%20text/html%0d%0aLast-Modified:%20Mon,%2027%20Oct%202003%2014:50:18%20GMT%0d%0aContent-Length:%2047%0d%0a%0d%0aInsert undesireable content here
- %7f , %ff
- byte-length overflows; maximum 7- and 8-bit values.
- -1, other
- Integer and underflow vulnerabilities.
- %n , %x , %s
- Testing for format string vulnerabilities.
- ../
- Directory Traversal Vulnerabilities.
- % , _, *
- Wildcard characters can sometimes present DoS issues or information disclosure.
- Ax1024+
- Overflow vulnerabilities.


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unique_usertype_traits<T>¶
trait for hooking special handles / pointers
template <typename T>
struct unique_usertype_traits {
typedef T type;
typedef T actual_type;
static const bool value = false;
static bool is_null(const actual_type&) {...}
static type* get (const actual_type&) {...}
};
This is a customization point for users who need to work with special kinds of pointers/handles. For generic customization, please review the customization tutorial A traits type for alerting the library that a certain type is to be pushed as a special userdata with special deletion / destruction semantics. It is already defined for std::unique_ptr<T, D>
and std::shared_ptr<T>
. You can specialize this to get unique_usertype_traits
semantics with your code, for example with boost::shared_ptr<T>
like so:
namespace sol {
template <typename T>
struct unique_usertype_traits<boost::shared_ptr<T>> {
typedef T type;
typedef boost::shared_ptr<T> actual_type;
static const bool value = true;
static bool is_null(const actual_type& value) {
return value == nullptr;
}
static type* get (const actual_type& p) {
return p.get();
}
}
}
This will allow the framework to properly handle boost::shared_ptr<T>
, with ref-counting and all. The type is the type that lua and sol will interact with, and will allow you to pull out a non-owning reference / pointer to the data when you just ask for a plain T* or T& or T using the getter functions and properties of Sol.
Note that if is_null
triggers, a nil
value will be pushed into Sol.


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Modifying existing XML can be done in xml2 by using the replacement functions of the accessors. They all have methods for both individual xml_node
objects as well as xml_nodeset
objects. If a vector of values is provided it is applied piecewise over the nodeset, otherwise the value is recycled.
Text modification only happens on text nodes. If a given node has more than one text node only the first will be affected. If you want to modify additional text nodes you need to select them explicitly with /text()
.
x <- read_xml("
This is some text. This is more.
")
xml_text(x)
#> [1] "This is some text. This is more."
xml_text(x) <- "This is some other text."
xml_text(x)
#> [1] "This is some other text.text. This is more."
# You can avoid this by explicitly selecting the text node.
x <- read_xml("
This is some text. This is bold!
")
text_only <- xml_find_all(x, "//text()")
xml_text(text_only) <- c("This is some other text. ", "Still bold!")
xml_text(x)
#> [1] "This is some other text. Still bold!"
xml_structure(x)
#>

#> {text}
#>
#> {text}
Attributes and namespace definitions are modified one at a time with xml_attr()
or all at once with xml_attrs()
. In both cases using NULL
as the value will remove the attribute completely.
x <- read_xml("xml2")
xml_attr(x, "href")
#> [1] "invalid!"
xml_attr(x, "href") <- "https://github.com/r-lib/xml2"
xml_attr(x, "href")
#> [1] "https://github.com/r-lib/xml2"
xml_attrs(x) <- c(id = "xml2", href = "https://github.com/r-lib/xml2")
xml_attrs(x)
#> href id
#> "https://github.com/r-lib/xml2" "xml2"
x
#> {xml_document}
#>
xml_attrs(x) <- NULL
x
#> {xml_document}
#>
# Namespaces are added with as a xmlns or xmlns:prefix attribute
xml_attr(x, "xmlns") <- "http://foo"
x
#> {xml_document}
#>
xml_attr(x, "xmlns:bar") <- "http://bar"
x
#> {xml_document}
#>
Node names are modified with xml_name()
.
All of these functions have a .copy
argument. If this is set to FALSE
they will remove the new node from its location before inserting it into the new location. Otherwise they make a copy of the node before insertion.
x <- read_xml("<parent><child>1</child><child>2<child>3</child></child></parent>")
children <- xml_children(x)
t1 <- children[[1]]
t2 <- children[[2]]
t3 <- xml_children(children[[2]])[[1]]
xml_replace(t1, t3)
#> {xml_node}
#> <child>
x
#> {xml_document}
#> <parent>
#> [1] <child>3</child>
#> [2] <child>2<child>3</child></child>
x <- read_xml("<parent><child>1</child><child>2<child>3</child></child></parent>")
children <- xml_children(x)
t1 <- children[[1]]
t2 <- children[[2]]
t3 <- xml_children(children[[2]])[[1]]
xml_add_sibling(t1, t3)
x
#> {xml_document}
#> <parent>
#> [1] <child>1</child>
#> [2] <child>3</child>
#> [3] <child>2<child>3</child></child>
xml_add_sibling(t3, t1, where = "before")
x
#> {xml_document}
#> <parent>
#> [1] <child>1</child>
#> [2] <child>3</child>
#> [3] <child>2<child>3</child><child>1</child></child>
x <- read_xml("<parent><child>1</child><child>2<child>3</child></child></parent>")
children <- xml_children(x)
t1 <- children[[1]]
t2 <- children[[2]]
t3 <- xml_children(children[[2]])[[1]]
xml_add_child(t1, t3)
x
#> {xml_document}
#> <parent>
#> [1] <child>1<child>3</child></child>
#> [2] <child>2<child>3</child></child>
xml_add_child(t1, read_xml("<test/>"))
x
#> {xml_document}
#> <parent>
#> [1] <child>1<child>3</child><test/></child>
#> [2] <child>2<child>3</child></child>
The xml_remove()
can be used to remove a node (and it’s children) from a tree. The default behavior is to unlink the node from the tree, but does not free the memory for the node, so R objects pointing to the node are still valid.
This allows code like the following to work without crashing R
x <- read_xml("<foo><bar><baz/></bar></foo>")
x1 <- x %>% xml_children() %>% .[[1]]
x2 <- x1 %>% xml_children() %>% .[[1]]
xml_remove(x1)
rm(x1)
gc()
#> used (Mb) gc trigger (Mb) max used (Mb)
#> Ncells 511223 27.4 940480 50.3 750400 40.1
#> Vcells 994351 7.6 1978995 15.1 1350525 10.4
x2
#> {xml_node}
#> <baz>
If you are not planning on referencing these nodes again this memory is wasted. Calling xml_remove(free = TRUE)
will remove the nodes and free the memory used to store them. Note In this case any node which previously pointed to the node or it’s children will instead be pointing to free memory and may cause R to crash. xml2 can’t figure this out for you, so it’s your responsibility to remove any objects which are no longer valid.
In particular xml_find_*()
results are easy to overlook, for example
We want to construct a document with the following namespace layout. (From http://stackoverflow.com/questions/32939229/creating-xml-in-r-with-namespaces/32941524#32941524).
<?xml version = "1.0" encoding="UTF-8"?>
<sld xmlns="http://www.o.net/sld"
xmlns:ogc="http://www.o.net/ogc"
xmlns:se="http://www.o.net/se"
version="1.1.0" >
<layer>
<se:Name>My Layer</se:Name>
</layer>
</sld>
d <- xml_new_root("sld",
xmlns = "http://www.o.net/sld",
"xmlns:ogc" = "http://www.o.net/ogc",
"xmlns:se" = "http://www.o.net/se",
version = "1.1.0") %>%
xml_add_child("layer") %>%
xml_add_child("se:Name", "My Layer") %>%
xml_root()
d
#> {xml_document}
#> <sld version="1.1.0" xmlns="http://www.o.net/sld" xmlns:ogc="http://www.o.net/ogc" xmlns:se="http://www.o.net/se">
#> [1] <layer>\n <se:Name>My Layer</se:Name>\n</layer>


Medallion Co.
Home
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the Bird
<EMAIL_ADDRESS>17 sept, 2019
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smbinning: Scoring Modeling and Optimal Binning
A set of functions to build a scoring model from beginning to end, leading the user
to follow an efficient and organized development process, reducing significantly the time
spent on data exploration, variable selection, feature engineering and binning, among other
recurrent tasks.
The package also incorporates monotonic and customized binning, scaling capabilities that
transforms logistic coefficients into points for a better business understanding and
calculates and visualizes classic performance metrics of a classification model.
| Version: |
0.7 |
| Depends: |
R (≥ 3.4.0), sqldf, partykit, Formula |
| Imports: |
gsubfn |
| Published: |
2018-10-18 |
| Author: |
Herman Jopia |
| Maintainer: |
Herman Jopia <hjopia at gmail.com> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
no |
| CRAN checks: |
smbinning results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=smbinning
to link to this page.


{% extends 'layout.html' %} {% block content %}
UniGAN is built using what’s called a Generative Adversarial Network (GAN). GAN’s were first created in 2014 by Ian Goodfellow, and have seen a number of applications and developments in the subsequent years. At their core, GAN’s allow synthetic data to be generated similarly to the data seen in the training set. Below is a mock-up of a simplistic GAN being trained to generate images of money.
UniGAN is based on AttGAN (GitHub repository,
paper). In the case of UniGAN, by training our GAN on tens of thousands of shoe images from the UT Zappos50K shoe dataset, we’re able to generate novel shoe designs within seconds. The UniGAN architecture diagram is shown below. UniGAN consists of two basic subnetworks: The first one contains an encoder \(G_{enc}\) (in blue) and a decoder \(G_{dec}\) (in green). The second one contains an attribute classifier C and a discriminator D. We also have three loss terms.
First, let us look at the encoder and decoder module.
Attribute Editing
Attribute editing can be formally defined as the learning of the encoder \(G_{enc}\) and decoder \(G_{dec}\).
This is an unsupervised learning problem, since we do not have a ground truth. If you look at the formulas above, product image attribute editing is achieved by encoding a given product image \(x^a\) with original binary attributes "a" into a latent representation "z". Then we decode the latent representation "z" into \(x^b\) conditioned on the desired attributes "b". In the example shown at the bottom of the above architecture diagram, we are learning to translate women shoes \(x^a\) to male shoes \(x^b\). The label array in the bottom right shows the new shoe attributes b. The red "1" indicates that it was being translated into a male shoe.
How do we train the model?
The overall objective function of UniGAN is to minimize a weighted combination of the three loss terms.
Attribute Classification Loss
We employ an attribute classifier C to make sure that the output \(x^\hat{b}\) is classified to own the desired attribute "b". The cost function to binary cross-entropy loss. We achieve “0“ loss if the output image \(x^b\) is classified to have the attribute "b". \(p_{data}\) and \(p_{attr}\) indicate the distribution of real images and the distribution of attributes, \(C_{i}(x^b)\) indicates the prediction of the \(i^t\) attribute, and \(l_{g}(x^a; b)\) is the summation of binary cross entropy losses of all attributes.
Reconstruction Loss
Reconstruction learning aims for satisfactory preservation of attribute-excluding details. In other words, the output should still look "shoe-like". To this end, the decoder should learn to reconstruct the input image \(x^a\), by decoding the latent representation z back to the original attributes a. The cost function is L1 loss, which penalizes absolute deviations between \(x^a\) and \(x^\hat{a}\).
Adversarial Loss
This loss function helps to ensure that the generated examples look realistic, while avoiding mode collapse and enhancing training stability. The loss term uses the Wasserstein-1 distance between the generated and the real distribution.


HTML5 attributes
User name:
First name:
Last name:
Country:
First name:
Last name:
Aria attributes
User name:
First name:
Last name:
Country:
First name:
Last name:
Redundant attributes
User name:


IROS 2016 Technical Program Monday October 10, 2016MondayTuesdayWednesdayThursdayFridayNextTop Click on the day's program and use the arrow keys for easy horizontal and vertical scrolling
IROS 2016 Technical Program Friday October 14, 2016PreviousMondayTuesdayWednesdayThursdayFridayTop Click on the day's program and use the arrow keys for easy horizontal and vertical scrolling


--- layout: post categories : essay tags: [Rails girls, Thoughtworks] ---
Rails girls is an event to give tools for women to understand technology. It does this by providing a great first experience on building the internet. The attendees do not need any previous knowledge about programmming and there are no age-limitations. Thoughtworks started to organize rails girls event from 2012.
Rails girls events are non-profit, the participants and coaches or speakers are not paid. Thoughtworks try to contribute to IT diversity, try to remove bias of women in IT, try to give equal opportunity to women who are interested in programming. This is one of the three pillars of Thoughtworks -- social and economic justice.
For participants, with or without programming background, they can build a website by themselves after this event; There will be session sharing about basic knowledge of website building, rails framework and ruby language; There will be work shop to use ruby and rails by themselves and mistake corrected by coachs, in which way, participants will learn very fast. By the way, we have enough coaches, one coach is only supposed to have 1~3 coachees.
The event will be drove with agile style, there will be interations in certain time, showcase after each interation, in each interation, tasks will be splited into small stories, every story will be developed step by step with small commit. After several interations, all the stories will be done, the web site developed by ruby on rails will be online. So, after attend this event, the participants will also know how agile project works.
For all participants, they can meet many other girls who are interested in programming, make friends with people with the same hobbies with themselves.
Thoughtworks have orgnised rails girl event for several times in different countries, for example, the one organised in Chicago USA on November 9 2013, the one in Xi'an China in October 2013, the one in PortoAlegre and the biggest one in Janrary 2014 which combined all coaches and participants from four cities in China.


--- action: 'shop:cart' template: main protocol: all published: true name: Cart url: /cart --- {{ open_form({'class': 'custom'}) }}


{% extends "layout.html" %} {% block title %}Something seems broken...{% endblock %} {% block body %}


I'm a Python developer and consultant based in Manila, Philippines. 🇵🇭
Download résumé
I actively volunteer as a Board Member of Python Philippines
and the Python Tech Lead of Women Who Code Manila.
I enjoy cooking, traveling, and having a good cup of coffee or tea. ☕
Embracing stage fright as an introvert. Facilitated 27 study groups, gave 12 talks, hosted 10 events, and guested in 2 interviews. 🎤
Sharing is caring! Keeping a personal journal is fun, but I also find blogging equally delightful. 📝
See what else I wrote ➡


Small Changes for Future Success
Over the past few weeks, I’ve had multiple ancillary conversations with friends about time and how we use it. The first was on a walk from my hotel to the convention center during Tableau Conference. A friend and I were discussing the new Screen Time feature in iOS 12.0 that tracks and conveniently displays how much time the user has spent on his or her iPhone. He mentioned that the results and insights were both shocking and slightly depressing at the same time. Fortunately, he’d used that data to make some changes in his life, and was happy with the results to date. After making a mental note that I probably needed to review my usage too, I filed the conversation away.
Then earlier this week, I was talking with a colleague about how I work in Tableau during the workday, then go home and after my kids are in bed, end up playing in Tableau in the evenings. In between letting me know that I was a bit crazy and maybe needed a hobby, he lamented that he didn’t have the time to spend playing in the tool like I did. I let it go in that conversation, but some of his comments stuck with me.
Maybe I shouldn’t have used the word “play.” Or perhaps I should have qualified that I only view it as “playing” in the tool because I am working with the data that I want to work with, creating the visualization types that I want to create and enjoying the process to a point that calling it working or learning does it a disservice. Additionally, I probably should have explained how I’m not “spending” this time, but instead “investing” it.
First, a bit of background. Most evenings, after the kids are in bed, my wife and I settle into the living room and turn on the TV. In between or during shows, we talk and enjoy spending time with each other. We’re both multitasking to some degree, alternating our attention between one another and whatever show happens to be on. I thought back to a couple years ago, and remembered how my wife and I would spend this time balancing TV, conversation and using our iPads. Thinking about the Screen Time feature, I’m really glad it wasn’t around back then.
Over the past year or so, I’ve added my laptop to the routine, shifting my focus between our conversation and whatever project I’m working on in Tableau, typically with less attention paid to the TV. Without compromising my relationships, or disrupting my typical routine, I’ve been able to find time that I can use to polish my skills all while enjoying the work. For quite some time, I’ve thought of this as an investment of my time. While sometimes I waste a bit of time chasing a dataset or viz that doesn’t work out, I’m constantly learning and developing my skills regardless of the outcome. These are the same skills that make me marketable either to my current employer or down the road in my professional future.
The key here, at least for me, is that the changes have been small – I’ve not found a magical 25th hour in the day, I’m not losing sleep, and I’m not sacrificing important activities or relationships. I’ve simply reprioritized my free time, and am now investing it instead of spending it. I’ve made small changes to my daily routine to take the steps to do what I think is necessary to set myself up for long term success. Similar to any investment, my returns may vary, but mostly I’m playing the long game.
While shooting for the long game, there are some short term gains that I’ve seen. The time and effort that I put in on a regular basis has shown demonstrable benefit; I am able to leverage the skills that I’ve developed while learning, and I think that there is a huge positive in challenging yourself to think creatively. With regards to the long term benefit, only time will tell what opportunities I can make for myself, but long term investments have historically been pretty solid.
How about you – do you spend or invest your time? Could you make some minor changes to your routine that could put you on the path to bigger and brighter things?


Encrypting Your Nextcloud Files¶
Nextcloud includes an Encryption app, and when it is enabled by your Nextcloud administrator all of your Nextcloud data files are automatically encrypted. Encryption is server-wide, so when it is enabled you cannot choose to keep your files unencrypted. You don’t have to do anything special, as it uses your Nextcloud login as the password for your unique private encryption key. Just log in and out and manage and share your files as you normally do, and you can still change your password whenever you want.
Its main purpose is to encrypt files on remote storage services that are connected to your Nextcloud server, such as Dropbox and Google Drive. This is an easy and seamless way to protect your files on remote storage. You can share your remote files through Nextcloud in the usual way, however you cannot share your encrypted files directly from Dropbox, Google Drive, or whatever remote service you are using, because the encryption keys are stored on your Nextcloud server, and are never exposed to outside service providers.
If your Nextcloud server is not connected to any remote storage services, then it is better to use some other form of encryption such as file-level or whole disk encryption. Because the keys are kept on your Nextcloud server, it is possible for your Nextcloud admin to snoop in your files, and if the server is compromised the intruder may get access to your files. (Read How Nextcloud uses encryption to protect your data to learn more.)
Using Encryption¶
Nextcloud encryption is pretty much set it and forget it, but you have a few options you can use.
When your Nextcloud admin enables encryption for the first time, you must log out and then log back in to create your encryption keys and encrypt your files. When encryption has been enabled on your Nextcloud server you will see a yellow banner on your Files page warning you to log out and then log back in.
When you log back in it takes a few minutes to work, depending on how many files you have, and then you are returned to your default Nextcloud page.
Note
You must never lose your Nextcloud password, because you will lose access to your files. Though there is an optional recovery option that your Nextcloud administrator may enable; see the Recovery Key Password section (below) to learn about this.
Sharing Encrypted Files¶
Only users who have private encryption keys have access to shared encrypted files and folders. Users who have not yet created their private encryption keys will not have access to encrypted shared files; they will see folders and filenames, but will not be able to open or download the files. They will see a yellow warning banner that says “Encryption App is enabled but your keys are not initialized, please log-out and log-in again.”
Share owners may need to re-share files after encryption is enabled; users trying to access the share will see a message advising them to ask the share owner to re-share the file with them. For individual shares, un-share and re-share the file. For group shares, share with any individuals who can’t access the share. This updates the encryption, and then the share owner can remove the individual shares.
Recovery Key Password¶
If your Nextcloud administrator has enabled the recovery key feature, you can choose to use this feature for your account. If you enable “Password recovery” the administrator can read your data with a special password. This feature enables the administrator to recover your files in the event you lose your Nextcloud password. If the recovery key is not enabled, then there is no way to restore your files if you lose your login password.
Files Not Encrypted¶
Only the data in your files is encrypted, and not the filenames or folder structures. These files are never encrypted:
- Old files in the trash bin.
- Image thumbnails from the Gallery app.
- Previews from the Files app.
- The search index from the full text search app.
- Third-party app data
There may be other files that are not encrypted; only files that are exposed to third-party storage providers are guaranteed to be encrypted.
Change Private Key Password¶
This option is only available if your log-in password, but not your encryption password, was changed by your administrator. This can occur if your Nextcloud provider uses a external user back-end (for example, LDAP) and changed your login password using that back-end configuration. In this case, you can set your encryption password to your new login password by providing your old and new login password. The Encryption app works only if your login password and your encryption password are identical.


--- title: "1.7 — Price Elasticity — Practice Problems" editor_options: chunk_output_type: console ---
The demand for monthly cell phone plans is given by:
\[q_D = 50-0.5p\]
Write the inverse demand function.
Calculate the price elasticity of demand when the price is $10. Is this relatively elastic or inelastic?
Calculate the price elasticity of demand when the price is $70. Is this relatively elastic or inelastic?
At what price is demand unit elastic \((\epsilon=-1)\)?
Calculate the total revenue at $10.
Calculate the total revenue at $70.
Calculate the total revenue at the price you found for question 4.


Salmon Cookie Store Sales
Input a new store.
Store Name
Minimum Customers
Maximum Customers
Average Cookies Sold
Submit


public class Node
extends java.lang.Object
SearchAlgorithm
| Modifier and Type | Field and Description |
|---|---|
private Node |
cameFrom
The predecessor node used by A* search algorithm to mark off the previous node in the search tree.
|
private float |
g_score
The cumulative distance from the start node to this node.
|
private float |
h_score |
(package private) static int |
MULTIPLIER
This constant is multiplied with the float coordinate to get an integer for faster internal
computations.
|
private java.util.ArrayList<Node> |
neighbors
List of neighbors to this node.
|
float |
x
The x coordinate of this node.
|
float |
y
The y coordinate of this node.
|
| Constructor and Description |
|---|
Node(float x,
float y)
Creates a new instance of a node.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
addNeighbor(Node neighbor)
Adds a neighboring node to this node, connecting them together.
|
protected float |
calculateG(Node neighbor)
Calculates the distance to a neighbor node.
|
protected float |
calculateH(Node goal)
Calculates the distance to the goal node.
|
protected float |
getF_Score()
Method used by A* to calculate search score.
|
protected float |
getG_Score()
Method used by A* to calculate search score.
|
java.util.Collection<Node> |
getNeighbors()
Returns all the neighbors which this node is connected to.
|
protected Node |
getPredecessor()
Used by A* search.
|
int |
neighbors()
Indicates the number of neighbors (nodes connected to this node).
|
boolean |
removeNeighbor(Node neighbor)
Removes a node from this node as neighbors, effectively disconnecting them.
|
protected void |
setG_Score(float g)
Method used by A* to calculate search score.
|
protected void |
setH_Score(float h)
Method used by A* to calculate search score.
|
protected void |
setPredecessor(Node orig)
Used by A* search.
|
static final int MULTIPLIER
public float x
public float y
private float g_score
private float h_score
private Node cameFrom
private java.util.ArrayList<Node> neighbors
public Node(float x, float y)
x
- The x coordinate of this node.y
- The y coordinate of this node.public java.util.Collection<Node> getNeighbors()
public int neighbors()
public boolean addNeighbor(Node neighbor)
neighbor
- The neighboring node to connect with.public boolean removeNeighbor(Node neighbor)
neighbor
- The neighboring node to disconnect from.protected void setH_Score(float h)
h
- protected float calculateG(Node neighbor)
neighbor
- protected float calculateH(Node goal)
goal
- protected void setG_Score(float g)
g
- protected float getG_Score()
protected float getF_Score()
protected Node getPredecessor()
protected void setPredecessor(Node orig)
orig
-


NOW IS THE TIME TO BUTTPLUG
If you have no idea what this is,
check out the glitch editor page for this project.
Press me to hopefully make things vibrate via WebSockets.
(Win10, Requires
Buttplug C# App Suite
and Websocket Server running on localhost)
Press me to hopefully make things vibrate via WebBluetooth
(Chrome on macOS/Linux/Android/Chrome OS only)
No iOS option yet. We're working on mobile apps now, hopefully ready soon!
Devices Connected:


2021 AFCON Qualifier: We couldn’t score more goals due to the pitch- Dede Ayew
Ghana captain Andre Ayew says the Black Stars were unable to score more goals against Sao Tome on match day two of the 2021 Africa Cup of Nations qualifier due to the bad nature of the pitch.
The Black Stars defeated Sao Tome by a lone goal.
The game was played at the Esadio Nacional de 12 Julho which was an artificial turf.
Thomas Partey and some players had complained about the state of the pitch ahead of the game on Monday.
On the game day, movement of the ball on the pitch was difficult with a lot of the Black Stars players playing cautiously to avoid injuries.
The Stars were expected to have dominated and score more goals against Sao Tome who are minnows in Africa football.
According to Ghana captain, Andre Ayew, they were unable to score more because of the pitch.
“The pitch was horrible, but we possessed the game like 80%”. We should have got more goals but it was a difficult surface to play on” , Andre Ayew told reporters after the game.


|
You can pay a bill or money to another bank
account. Please note that this can be used
for payments between different banks and
outside the United Kingdom.
...........................................................................................................................
Which account would you like to make the
payment from?
Who do you want to pay?
Account Number:
Bank Name:
Sort code:
Amount:
�
Your payments will only be made if you have
enough cleared funds in your account on the
day before its due.
Or
Amount: (Use this form for transfers in
other currencies, apart from the GBP. Also
note that currency conversion commissions
will apply for all other currencies apart
from the GBP)
When do you want the money to leave your
account?
Take
it from my account immediately
13 07 2017
Or
On the following working day: (dd/mm/yyyy)
//
How long will my payment take?
This depends on the type of account where
the money is to be paid.
|


# Install development version from GitHub devtools::install_github("jaspershen/sxtTools")
Run pkgdown from the package directory each time you release your package:
pkgdown::build_site()


--- layout: post title: Dividing numbers in Ruby tags: - Coding status: publish type: post published: true meta: _edit_last: "1" _wp_old_slug: deviding-numbers-in-ruby --- Today like other days I was working on a game in ruby. Like any game this game uses a lot of rand(). Writing code for this game I came across this little quirk/feature of ruby. When dividing two integers ruby will return an integer. EG...
>> 10 / 2
=> 5
Thats fine but what about the following...
>> 100 / 56
=> 1
Ruby in this case did not return a float like I expected. It returned a rounded integer. To get a float make sure your dividing two floats.
>> 100.to_f / 56.to_f
=> 1.78571428571429
Thats more what I expected. So maybe you already worked this out but it was a slight trip up for me.


import Board from "../core/Board";
import MtajiModeRules from "../core/rules/MtajiModeRules";
import YokhomaModeRules from "../core/rules/YokhomaModeRules";
import me from "../me";
import Button from "../ui_entities/Button";
import PlayScreen from "./PlayScreen";
class TitleScreen extends me.Stage {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
private betaLabel: any;
private yamtajiModeBtn: Button;
private yokhomaModeBtn: Button;
/**
* action to perform on state change
*/
onResetEvent(): void {
me.game.world.addChild(new me.ColorLayer("background", "#b7b6b5"), -1);
this.betaLabel = new me.Text(100, 100, {
font: "Arial",
size: 15,
fillStyle: "#8B0000",
});
this.betaLabel.setText(
`This game is under development by Fumba Game Labs - this is an unfinished developers build.
\nPlease check www.bawo.zone for development updates.
<EMAIL_ADDRESS>- August 2021`
);
me.game.world.addChild(this.betaLabel);
this.yamtajiModeBtn = new Button(50, 250, "yellow", "Yamtaji", () => {
const board = new Board(me, new MtajiModeRules());
me.state.set(me.state.PLAY, new PlayScreen(board));
me.state.change(me.state.PLAY);
});
me.game.world.addChild(this.yamtajiModeBtn);
this.yokhomaModeBtn = new Button(300, 250, "yellow", "Yokhoma", () => {
const board = new Board(me, new YokhomaModeRules());
me.state.set(me.state.PLAY, new PlayScreen(board));
me.state.change(me.state.PLAY);
});
me.game.world.addChild(this.yokhomaModeBtn);
}
/**
* action to perform when leaving this screen (state change)
*/
onDestroyEvent(): void {
me.game.world.removeChild(this.yamtajiModeBtn);
me.game.world.removeChild(this.yokhomaModeBtn);
}
}
export default TitleScreen;
Source


This page tells you about the view counts of each show. Lauched period refers to the total number of days since the show's release date. Accelerated view counts refers to the total amount of view counts up to the date of 10/26/2018. Average view counts = accerated view counts/lauched period, which becomes the average view count per day. Highest daily view counts refers to the highest single day view counts in the past month.
You may change the records order by clicking the arrows beside the field title.
Data colleted from Mao Yan Professional App.


Idle duration is set to 00 seconds, so that you can see the effect easily.
- Try switching between tabs or minimizing the window. and look for the event log
- Do nothing and wait for idle time to fill. Counter should stop.
- While Idle, try moving the mouse or pressing any key. Page should wake up
If you wait
00 seconds I'll sleep.
(^_^) Hey, there.
This simple clock 0 is updated via onEvery
method. It should stop when page is not active (idle,hidden) and should continue with current time when page is active.


manhattanly: Interactive Q-Q and Manhattan Plots Using 'plotly.js'
Create interactive Q-Q, manhattan and volcano plots that are usable from the R console,
in the 'RStudio' viewer pane, in 'R Markdown' documents, and in 'Shiny' apps.
Hover the mouse pointer over a point to show details or drag a rectangle to
zoom. A manhattan plot is a popular graphical method for visualizing results
from high-dimensional data analysis such as a (epi)genome wide association study
(GWAS or EWAS), in which p-values, Z-scores, test statistics are plotted on a scatter
plot against their genomic position. Manhattan plots are used for visualizing
potential regions of interest in the genome that are associated with a phenotype.
Interactive manhattan plots allow the inspection of specific value (e.g. rs number or
gene name) by hovering the mouse over a cell, as well as zooming into a region of the
genome (e.g. a chromosome) by dragging a rectangle around the relevant area.
This work is based on the 'qqman' package by Stephen Turner and the 'plotly.js'
engine. It produces similar manhattan and Q-Q plots as the 'manhattan' and 'qq'
functions in the 'qqman' package, with the advantage of including extra annotation
information and interactive web-based visualizations directly from R.
Once uploaded to a 'plotly' account, 'plotly' graphs (and the data behind them)
can be viewed and modified in a web browser.
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=manhattanly
to link to this page.


Interactive Media Development student with internship experience worked in Suzhou Broadcasting System, China, off-air promotion. Excel at using After Effects, Illustrator, and Photoshop mutual collaboration to achieve the desired effect.
Portfolio
My works and projects.
Star Trails Timelapse
Photography
My First Website
Web Design
Timelapse
Photography
Arduino UNO Light Cube
Electronics
Projection Mapping
Motion Graphic
Night Photography
Photography
Logo Animation
Motion Design
Sleeping Giant Sunrise Timelapse
Photography
Star Trails Timelapse
April 2018
Silver Harbour Concervation Area
This timelapse took 90 minutes and 128 photos. I used Adobe After Effects and Premiere Pro to edit it.
Category: Photography
My First Website
I used bootstrap to create this website and host it under gitHub.


maml.base package¶
Module contents¶
Define abstract base classes.
-
class
maml.base.
BaseDataSource
¶ Bases:
object
Abstract base class for a data source.
-
abstract
get
(*args, **kwargs) → pandas.core.frame.DataFrame¶ Get data from sources
-
abstract
-
class
maml.base.
BaseDescriber
(**kwargs)¶ Bases:
sklearn.base.BaseEstimator
,sklearn.base.TransformerMixin
,monty.json.MSONable
Base class for a Describer. A describer converts an object to a descriptor, typically a numerical representation useful for machine learning. The output for the describer can be a single DataFrame/numpy.ndarray or a list of DataFrame/numpy.ndarray.
-
_abc_impl
= <_abc_data object>¶
-
_batch_features
(features: List) → List¶ implement ways to combine list of features to one object. Default is simply return the original list
- Arguments:
features (list): list of feature outputs from transform
- Returns:
list of features
-
_is_multi_output
() → bool¶
-
clear_cache
()¶ Clear cache
-
fit
(x: Any, y: Any = None) → maml.base._describer.BaseDescriber¶ Place holder for fit API
- Args:
x: Any inputs y: Any outputs
Returns: self
-
get_citations
() → List[str]¶ Get citations for the describer
e.g., [“@article{chen2019graph, title={Graph networks as a universal”
“machine learning framework for molecules and crystals}, ” “author={Chen, Chi and Ye, Weike and Zuo, Yunxing and Zheng, ” “Chen and Ong, Shyue Ping}, journal={Chemistry of Materials},” “volume={31}, number={9}, pages={3564–3572}, year={2019}, publisher” “={ACS Publications}}”]
Returns: a list of citation str
-
transform
(objs: List[Any]) → Any¶ Transform a list of objs. If the return data is DataFrame, use df.xs(index, level=’input_index’) to get the result for the i-th object.
- Args:
objs (list): A list of objects.
- Returns:
One or a list of pandas data frame/numpy ndarray
-
transform_one
(obj: Any) → numpy.ndarray¶ Transform an object.
-
-
class
maml.base.
OutDataFrameConcat
¶ Bases:
object
Concate the output dataframe lists into one dataframe
-
_batch_features
(features: List[pandas.core.frame.DataFrame]) → pandas.core.frame.DataFrame¶ Batch together a list of features by concatenating them into one pandas dataframe
- Args:
features (list): list of pandas data frame features
Returns: pd.DataFrame
-
-
class
maml.base.
OutStackFirstDim
¶ Bases:
object
Stack the output arrays into a higher dimensional array. For example if the output is a list of n arrays with shape (m, 3), the final output would be a tensor of shape (n, m, 3)
-
_batch_features
(features) → numpy.ndarray¶ Batch together a list of features by stacking them into a higher-dimensional np.ndarray
- Args:
features (list): list of np.ndarray frame features
Returns: np.ndarray
-
-
class
maml.base.
SequentialDescriber
(describers: List, **kwargs)¶ Bases:
sklearn.pipeline.Pipeline
A thin wrapper of sklearn Pipeline
-
_abc_impl
= <_abc_data object>¶
-
-
class
maml.base.
DummyDescriber
(**kwargs)¶ Bases:
maml.base._describer.BaseDescriber
Dummy Describer that does nothing
-
_abc_impl
= <_abc_data object>¶
-
transform_one
(obj: Any)¶ Does nothing but return the original features
- Args:
obj: Any inputs
Returns: Any outputs
-
-
class
maml.base.
BaseModel
(model: Any = None, describer: sklearn.base.TransformerMixin = None, **kwargs)¶ Bases:
object
Abstract Base class for a Model. Basically, it usually wraps around a deep learning package, e.g., the Sequential Model in Keras, but provides for transparent conversion of arbitrary input and outputs.
-
_predict
(features: numpy.ndarray, **kwargs) → numpy.ndarray¶ Predict the values given a set of inputs based on fitted model.
- Args:
features (np.ndarray): array-like input features.
- Returns:
List of output objects.
-
fit
(features: Union[List, numpy.ndarray], targets: Union[List, numpy.ndarray] = None, **kwargs) → maml.base._model.BaseModel¶ - Args:
- features (list or np.ndarray): Numerical input feature list or
numpy array with dim (m, n) where m is the number of data and n is the feature dimension.
- targets (list or np.ndarray): Numerical output target list, or
numpy array with dim (m, ).
-
predict_objs
(objs: Union[List, numpy.ndarray]) → numpy.ndarray¶ - Predict the values given a set of objects. Usually Pymatgen
Structure objects.
-
-
class
maml.base.
ModelWithKeras
(model: Any, describer: sklearn.base.TransformerMixin = None, **kwargs)¶ Bases:
maml.base._model.BaseModel
,maml.base._model.KerasMixin
MAML model with keras model as estimators
-
class
maml.base.
ModelWithSklearn
(model: Any, describer: sklearn.base.TransformerMixin = None, **kwargs)¶ Bases:
maml.base._model.BaseModel
,maml.base._model.SklearnMixin
MAML model with sklearn model as estimator


Our data is always displayed to you in real-time. We always retrieve the data fresh so you're never misinformed.'
Communicate directly with other fisherman using the chat and messaging features.


Map of local area showing local reading groups.
The Book Master is a free reading group society founded by Kevin Coombes.
Meeting Times:
| Monday | 9am - 11am |
|---|---|
| Friday | 3pm - 5pm |
Kevin Coombes
Denmark Hill Campus, London
The evening Page is a free reading group society suited for people with a tight working schedule.
Meeting Times:
| Tuesday | 6pm - 8pm |
|---|---|
| Wednesday | 8pm - 10pm |
| Thursday | 6pm - 8pm |
| Friday | 8pm - 10pm |
Kianna Battle
Gomm Rd, London SE16 2TX


I honestly don't like rulecucking (and I am
pretty fond of some of the stuff I am about to forbid), but as I said repeated
times, the purpose of this site is to allow people to just know the engine and
I don't want to deal with bullshit.
1: No nothing representing minors in any kind
of sexualized way. No shota, no loli, no jb, no /hebe/, no nothing.
2: No drug dealing of any kind. Posts of "LEL
I AM SO HIGH CHECK OUT MY WEED" kind are ok because is not hard to understand
it is legal on many countries. HOWEVER if you post anything indicating that
you have these where is not legal to have, you will be b&. If you want to pose
as a dank stoner, don't reveal where you are.
3: No doxxing.
4: No threats of any kind to any person.
5: No leaked material of any kind. If the
legal owner of said material didn't made it public, you can't post here.
6: No flooding.
7: No spamming unless the board allows it.  Do not confuse spam with flood. Spam is just commercial
advertisement, flood is repeating posting of repeated content.
8: No piracy. You might link to sites, tell
people how to do shit, but files containing pirated material or keys obtained
outside the rules of the fucker that created said content are not allowed.
9: No credit card information.
 If you are concerned you might get b&, check this page everytime you
post.


{# parameters: admin and organization #} {% from '_utils.html' import bold_if_true %}
| Incidents: |
{% for incident in organization.incidents %}
{{ incident.name }} {% endfor %} |
| Organization: | {{ organization.name }} |
| Administrator Notes: | {{ organization.admin_notes }} |
| Org Email: | {{ organization.email }} |
| Org Phone: | {{ organization.phone }} |
| Org Web: | {{ organization.url }} |
| Twitter: | {{ organization.twitter }} |
| Facebook: | {{ organization.facebook }} |
| Address: | {{ organization.address }}, {{ organization.city }}, {{ organization.state }} {{ organization.zip_code }} |
| Is Admin: | {{ bold_if_true(organization.is_admin) }} |
| Deprecated: | {{ bold_if_true(organization.deprecated) }} |
| Does Recovery: | {{ bold_if_true(organization.does_recovery) }} |
| Physical Presence: | {{ bold_if_true(organization.physical_presence) }} ({{ organization.work_area }}) |
| Reputable: | {{ bold_if_true(organization.reputable) }}. Referral: {{ organization.voad_referral }} |
| Does Only Co-ordination | {{ bold_if_true(organization.does_only_coordination) }} |
| Does Only Situational Awarenesss: | {{ bold_if_true(organization.does_only_sit_aware) }} |
| Does Something Else: | {{ bold_if_true(organization.does_something_else) }} |
| Not an Organisation: | {{ bold_if_true(organization.not_an_org) }} |
| VOAD Member: | {{ bold_if_true(organization.voad_member) }}. Referral: {{ organization.voad_referral }} |
| Publish Info: | {{ bold_if_true(organization.publish) }} |
| Last Login: | {{ organization.timestamp_login.strftime('%Y-%m-%d %H:%M') if organization.timestamp_login else None }} |
| Password: | {{ organization.password }} |
| Name | Phone | Primary | |
|---|---|---|---|
| {{ contact.full_name }} | {{ contact.phone }} | {{ contact.email }} | {% if contact.is_primary %}•{% endif %} |


| Action | The base action class that describes an operation to perform. |
| Action.ActivityResult | Wraps the result code and data from starting an activity for a result. |
| ActionActivity | An activity that is used by the Action framework to enable starting other activities for results. |
| ActionArguments | Container for the argument data passed to an Action . |
| ActionArguments.Builder | Action argument builder. |
| ActionCompletionCallback | An interface for callbacks signaling the completion of an
Action . |
| ActionRegistry | Class responsible for runtime-persisting actions and associating them with names and predicates. |
| ActionRegistry.Entry | An entry in the action registry. |
| ActionResult | Stores the results of running an Action . |
| ActionResult.Status | The run status of the action. |
| ActionRunner | A helper class for running an Action . |
| ActionService | Service class for running actions via push payload. |
| ActionUtils | Utility methods related to actions. |
| AddCustomEventAction | An action that adds a custom event. |
| AddTagsAction | An action that adds tags. |
| ADMPushReceiver | ADMPushReceiver listens for incoming ADM registration responses and messages. |
| ADMUtils | Util methods for ADM. |
| AirshipConfigOptions | This class holds the set of options necessary to properly initialize
UAirship . |
| Analytics | This class is the primary interface to the UrbanAirship Analytics API. |
| ApplicationMetrics | ApplicationMetrics stores metric information about the application. |
| Autopilot | Autopilot allows you to defer calling UAirship.takeOff until after the application has been created. |
| BaseIntentReceiver | Base intent receiver to process registration and push events from Urban Airship. |
| BaseManager | Base class for Urban Airship managers. |
| BaseTagsAction | Abstract tag action class. |
| Cancelable | Interface for an cancelable operation. |
| ChannelIdPreference | The Channel ID preference. |
| ConstantClass | |
| CoreActivity | An activity that forwards the notification proxy intents to the CoreReceiver. |
| CoreReceiver | This class is the core Broadcast Receiver for the Urban Airship library. |
| CustomEvent | A class that represents a custom event for the application. |
| CustomEvent.Builder | Builder class for CustomEvent Objects. |
| CustomLayoutNotificationFactory | A notification factory that allows the use of layout XML and a custom notification sound. |
| DeepLinkAction | Action for opening a deep link. |
| DefaultEnvironment | This concrete class is the canonical implementation of Environment, representing the interesting data to be gathered when firing an Event. |
| DefaultNotificationFactory | The default notification factory. |
| Environment | This abstract class represents interesting data from the runtime environment. |
| Event | This abstract class encapsulates analytics events. |
| EventService | The EventService is an IntentService designed to handle periodic analytics event uploads and saving events to be uploaded. |
| GCMConstants | Common GCM Constants used by Urban Airship. |
| GCMPushReceiver | GCMPushReceiver listens for incoming GCM registration responses and messages, then forwards them to the PushService. |
| GCMUtils | Util methods for GCM. |
| InstrumentedActivity | This class is a simple extension of android.app.Activity, suitable for subclassing, that
automates calling activityStarted and activityStopped in Analytics . |
| InstrumentedListActivity | This class is a simple extension of android.app.ListActivity, suitable for subclassing, that
automates calling activityStarted and activityStopped in Analytics . |
| LandingPageAction | Action for launching a Landing Page. |
| LandingPageActivity | An activity that displays a landing page. |
| LandingPageWebView | A web view configured to display a Landing Page. |
| LocalizableRemoteInput | Remote Input that stores the resource ID instead of a String. |
| LocalizableRemoteInput.Builder | Builds the LocalizableRemoteInput. |
| LocationBackgroundUpdatesAllowedPreference | CheckboxPreference to allow/disallow background location updates. |
| LocationEvent | This class captures all the necessary information for Urban Airship
Analytics . |
| LocationEvent.UpdateType | An enum representing the location update type. |
| LocationListener | A location change listener. |
| LocationRequestOptions | High level location requirements to be used for UALocationManager and service. |
| LocationRequestOptions.Builder | Builder to construct LocationRequestOptions. |
| LocationService | A service that handles requesting location from either the Fused Location Provider or standard Android location. |
| LocationUpdatesEnabledPreference | CheckboxPreference to enable/disable location updates. |
| Logger | Shared logging wrapper for all Urban Airship log entries. |
| NativeBridge | Static interface for loading the NativeBridge JavaScript source. |
| NotificationActionButton | Model object encapsulating the data relevant to a notification action button. |
| NotificationActionButton.Builder | Builds the NotificationAction. |
| NotificationActionButtonGroup | Model object encapsulating the data relevant to a notification action button group. |
| NotificationActionButtonGroup.Builder | Builds the NotificationActionButtonGroup. |
| NotificationFactory | This abstract class provides a pathway for customizing the display of push notifications
in the Android NotificationManager . |
| OpenExternalUrlAction | Action for opening a URL for viewing. |
| PendingResult<T> | A generic pending result. |
| PendingResult.ResultCallback<T> | Result callback interface. |
| PlayServicesErrorActivity | Activity that handles errors when trying to use Google Play services. |
| PlayServicesErrorActivity.ErrorDialogFragment | A DialogFragment that wraps Google Play services error dialogs. |
| PlayServicesUtils | A utility class to help verify and resolve Google Play services issues. |
| PropertyName | |
| PushEnablePreference | CheckboxPreference to enable/disable push notifications. |
| PushManager | This class is the primary interface for customizing the display and behavior of incoming push notifications. |
| PushMessage | A push message, usually created from handling a message intent from either GCM, or another push notification service |
| PushService | Service class for handling push notifications. |
| QuietTimeEnablePreference | CheckboxPreference to enable/disable quiet time. |
| QuietTimeEndPreference | DialogPreference to set the quiet time end. |
| QuietTimeStartPreference | DialogPreference to set the quiet time start. |
| RemoveTagsAction | An action that removes tags. |
| RichPushInbox | The RichPushInbox singleton provides access to the device's local inbox data. |
| RichPushInbox.Listener | A listener interface for receiving event callbacks related to inbox database updates. |
| RichPushManager | This class is the primary interface for Rich Push functionality. |
| RichPushManager.Listener | A listener interface for receiving event callbacks related to inbox and user updates. |
| RichPushManager.RefreshMessagesCallback | A callback used to be notified when refreshing messages. |
| RichPushMessage | The primary data structure for Rich Push messages. |
| RichPushMessageWebView | A web view configured to display a Rich Push Message. |
| RichPushUpdateService | Service for updating the RichPushUser and their messages. |
| RichPushUser | A local abstraction of an Urban Airship user. |
| ShareAction | Shows a chooser activity to share text. |
| Situation | An enum representing the possible situations for an Action . |
| SoundEnablePreference | CheckboxPreference to enable/disable push notification sounds. |
| SystemNotificationFactory | Notification factory that creates notifications with no default styles or fallback layouts. |
| UAirship | UAirship manages the shared state for all Urban Airship services. |
| UAirship.OnReadyCallback | Callback interface used to notify app when UAirship is ready. |
| UAJavascriptInterface | The Urban Airship Javascript interface. |
| UALocationManager | High level interface for interacting with location. |
| UAPreference | UAPreference interface. |
| UAPreference.PreferenceType | An enum representing the preference type. |
| UAPreferenceAdapter | An adapter to set Urban Airship preferences from Android preference screens without saving values to the shared preferences. |
| UAWebView | A web view that sets settings appropriate for Urban Airship content. |
| UAWebViewClient | A web view client that intercepts Urban Airship URLs and enables triggering actions from javascript. |
| UrbanAirshipProvider | Manages access to Urban Airship Preferences and Rich Push Message data. |
| UrbanAirshipResolver | An ContentResolver wrapper used to access data from the
UrbanAirshipProvider . |
| UserIdPreference | The Rich Push User preference. |
| VibrateEnablePreference | CheckboxPreference to enable/disable push notification vibration. |


{% from "govuk-jinja-components/button/macro.jinja" import govukButton -%} {% from "govuk-jinja-components/panel/macro.jinja" import govukPanel -%} {% extends "base.html" %} {% block title %}What online service or company where you using?{% endblock %} {% block content %}
We’ve sent your application to {{case.service_name}}. They will contact you to confirm your information or to report any action they have taken.
We have also registered this issue with ChildLine. They will use this to help monitor the types of problems people are having online and campaign for change.
{% if case.harm.support_markdown %}{{case.harm.support_markdown|markdown}}


Q|R Documentation
Programs available in Q|R
A step by step guide on how to install qrefine is found here:
https://github.com/qrefine/qrefine/blob/master/README.md
more details can also be found here:
Please run the test suite on your system before using qrefine.
Simply make a clean directory, and the change into that empty directory
mkdir clean_test_dir cd clean_test_dir
then run:
qr.test --nproc=4
where the nproc is set to the number of processors you want to use. This can be used to speed up the test set.
See more documentation: Tests
A typical workflow would take the following steps:
Step 1. Fetch the pdb of interest and structure factors from the https://www.rcsb.org/
phenix.fetch_pdb 1yjp --mtz
Step 2. Complete your pdb by adding hydrogen and by adding missing atoms
qr.finalise 1yjp.pdboutput from running this script is
1yjp_complete.pdb
Step 3. Check the overall charge of your system by running
qr.charges 1yjp_complete.pdb verbose=true
this will print out the charge, and is a useful sanity check before running a refinement.
in this example, the output is
Charge: 0
Step 4. Another sanity check is performed by running a single point. MOPAC is used by default.
qr.restraint 1yjp_complete.pdb 1yjp.mtz
We also run the cctbx refinement to provide a comparison for quantum refinement.
qr.refine 1yjp_complete.pdb 1yjp.mtz > qr.log
The refined model is written to the folder
1yjp_complete_refined.pdb
adn the refinement statistics are displayed to the screen:
`` Best r_work: 0.1435 r_free: 0.1860 ``
This will ignore the experimental data and only use the restraints.
qr.refine 1yjp_complete.pdb mode=opt > qr.log
This is useful when evaluating new qm engines to make sure they are performing well.
optimization using quantum restraints.
qr.refine 1yjp_complete.pdb 1yjp.mtz clustering=true > qr.log
Step 8. You can change the qm engine if you have other qm engines installed.
qr.refine 1yjp_complete.pdb 1yjp.mtz clustering=true engine_name=pyscf


Note Simply add the icheck attribute to input elements to get stylized checkboxes/radio buttons.
icheck
Textbox auto grows as you type!
Note Add the autosize attribute to the input element to make it auto-grow.
autosize
Note Add the fullscreen class to input elements to make it fullscreen-able.
fullscreen
toggle-switch
primary
success
info
danger
warning
inverse
A fast, full-featured, autocomplete library can prefetch data, search that data on the client, and then falling back to the server.
RGBA format specified via data-tag
Selected date is: {{dt | date:'fullDate' }}
Select2 also supports multi-value select boxes. The select above is declared with the multiple attribute. Select2 automatially picks up on this
select
multiple
Supports a minimum input setting which is useful for large remote datasets where short search terms are not very useful
The selectbox has AJAX/JSONP support built in. In this example we will search for a movie using Rotten Tomatoes API. When result-list is scrolled to an end, more results are lazy-appended
Quickly set up fields for tagging


This is the server response to client meta info request
SNAC(15,02)/07D0.
| 00 15 |
|
word |
|
SNAC family |
| 00 03 |
|
word |
|
SNAC subtype |
| 00 00 |
|
word |
|
SNAC flags |
| xx xx xx xx |
|
dword |
|
SNAC request-id |
|
|
| |
| 00 01 |
|
word |
|
TLV.Type(1) - encapsulated META_DATA |
| xx xx |
|
word |
|
TLV.Length |
|
|
| |
| xx xx |
|
word (LE) |
|
data chunk size (TLV.Length-2) |
| xx xx xx xx |
|
dword (LE) |
|
request owner uin |
| DA 07 |
|
word (LE) |
|
reply type: SRV_META_INFO_REPLY |
| xx xx |
|
word (LE) |
|
request sequence number (incrementing) |
| 2E 04 |
|
word (LE) |
|
reply subtype (see table bellow) |
| |
| ...... |
|
...... |
|
reply data (depending on subtype) |
|
|
| |
| |
|
|
| |
| |
|
|
Reply subtypes list:
| SNAC(15,02)/07DA/0001 |
Meta processing error server reply |
| SNAC(15,02)/07DA/0064 |
Set user home info server ack |
| SNAC(15,02)/07DA/006E |
Set user work info server ack |
| SNAC(15,02)/07DA/0078 |
Set user more info server ack |
| SNAC(15,02)/07DA/0082 |
Set user notes info server ack |
| SNAC(15,02)/07DA/0087 |
Set user email(s) info server ack |
| SNAC(15,02)/07DA/008C |
Set user interests info server ack |
| SNAC(15,02)/07DA/0096 |
Set user affilations info server ack |
| SNAC(15,02)/07DA/0096 |
Server SMS response (delivery receipt) |
| SNAC(15,02)/07DA/00A0 |
Set user permissions server ack |
| SNAC(15,02)/07DA/00AA |
Set user password server ack |
| SNAC(15,02)/07DA/00B4 |
Unregister account server ack |
| SNAC(15,02)/07DA/00BE |
Set user homepage category server ack |
| SNAC(15,02)/07DA/00C8 |
User basic info reply |
| SNAC(15,02)/07DA/00D2 |
User work info reply |
| SNAC(15,02)/07DA/00DC |
User more info reply |
| SNAC(15,02)/07DA/00E6 |
User notes (about) info reply |
| SNAC(15,02)/07DA/00EB |
User extended email info reply |
| SNAC(15,02)/07DA/00F0 |
User interests info reply |
| SNAC(15,02)/07DA/00FA |
User past/affilations info reply |
| SNAC(15,02)/07DA/0104 |
Short user information reply |
| SNAC(15,02)/07DA/010E |
User homepage category information reply |
| SNAC(15,02)/07DA/01A4 |
Search: user found reply |
| SNAC(15,02)/07DA/01AE |
Search: last user found reply |
| SNAC(15,02)/07DA/0302 |
Registration stats ack |
| SNAC(15,02)/07DA/0366 |
Random search server reply |
| SNAC(15,02)/07DA/08A2 |
Server variable requested via xml |
| SNAC(15,02)/07DA/0C3F |
Server ack for set fullinfo command |
| SNAC(15,02)/07DA/2012 |
Server ack for user spam report |
|
|
|


The trouble with remakes is that unless you have not seen their forefathers, you will think you are witnessing cinematic artistry at its lowest. I cannot advise someone retouching a classic, understated horror classic like "The Mummy" (1932) which starred the incomparable Boris Karloff, or one of its best remakes with Christopher Lee in 1959. This overheated, 90's version of the Mummy attempts to throw everything into the mix including the kitchen sink. As a result, it sacrifices its original storyline entirely, and what we have is a Mummy for the Indiana Jones mindset - one of the film's many unforgiving faults.
The film begins promisingly with the Egyptian prince, ImHoTep, punished for having an adulterous affair with the pharaoh's daughter.  We flash forward thousands of years later where ImHoTep's tomb is uncovered by a team of explorers seeking the Book of the Dead (If I recall correctly, there is more than one version in the catacombs!). One of the explorers is an ambitious Egyptologist (Rachel Weiz), who has trouble preventing bookcases from toppling at the Museum of Antiquities!
 His objective is to bring back his beloved from the dead after commanding all the thunderstorms and sandstorms in his wrath - all in the name of love.
"The Mummy" tries to be a fusion of Indiana Jones and horror cliches, and attempts to tell a tragic love story as well. None work or blend easily. For one, casting Brendan Fraser as a bland, stock Indiana Jones hero who's barely shocked or scared by the Mummy is not wise - he does not have the integrity or fierceness of Harrison Ford. Rachel Weiz is too cute and shrilly as the female lead - she is more appropriate for a screwball comedy than a film of this type.
Arnold Vosoloo is the mean Egyptian mummy but his cold smile and angry eyes are overshadowed by the whirlwind special-effects - this mummy does not even wear bandages! He just evaporates and blows like a twister from one place to another. Where is the sense of menace and succinct body language of Boris Karloff? Whatever sense of loss emanated from ImHoTep's love affair is trampled by an exceeding number of special-effects and histrionic action sequences. But wait a doggone minute: Is this a horror film or an action picture?
"The Mummy" is a mindless blockbuster...but there are no delicious quips, no sense of adventure, and no peril. Some of it may be considered serviceable fun for young minds and there are some spellbinding sequences (the face-like formations on the sand are fabulous). But it's a joyless enterprise - more of a promo for extraordinary digital special-effects like "The Matrix" than a movie. All you'll receive from this parched Mummy is a headache.
For more reviews, check out JERRY AT THE MOVIES at http://buffs.moviething.com/buffs/faust/
The review above was posted to the
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Allows to analyze the reading data obtained with the MNREAD Acuity Chart, a continuous-text reading acuity chart for normal and low vision. Provides the necessary functions to plot the MNREAD curve and estimate automatically the four MNREAD parameters: Maximum Reading Speed, Critical Print Size, Reading Acuity and Reading Accessibility Index. Parameters can be estimated either with the standard method or with a nonlinear mixed-effects (NLME) modeling. See Calabrese et al. 2018 for more details <doi.org/10.1167/18.1.8>.
| Version: | 2.1.1 |
| Depends: | R (≥ 2.10), dplyr, tidyr, ggplot2 |
| Imports: | stats, nlme, tibble |
| Published: | 2018-11-14 |
| Author: | Aurélie Calabrèse [aut, cre], J. Steve Mansfield [aut], Gordon E. Legge [aut] |
| Maintainer: | Aurélie Calabrèse <acalabre at umn.edu> |
| License: | GPL-2 |
| URL: | http://legge.psych.umn.edu/mnread-acuity-charts |
| NeedsCompilation: | no |
| Citation: | mnreadR citation info |
| CRAN checks: | mnreadR results |
| Reference manual: | mnreadR.pdf |
| Package source: | mnreadR_2.1.1.tar.gz |
| Windows binaries: | r-devel: mnreadR_2.1.1.zip, r-release: mnreadR_2.1.1.zip, r-oldrel: mnreadR_2.1.1.zip |
| OS X binaries: | r-release: mnreadR_2.1.1.tgz, r-oldrel: mnreadR_2.1.1.tgz |
| Old sources: | mnreadR archive |
Please use the canonical form https://CRAN.R-project.org/package=mnreadR to link to this page.


Job Description

The candidate will be responsible to deliver design and development of solutions in the CRM domain especially in Siebel CRM related implementation. He or she will be responsible for the timeliness, accuracy and quality of the solutions delivered following a full SDLC process where time-to-market is critical.

Responsibilities

- Design, develop and provide technical leadership in the delivery and deployment of solutions, ensuring timeliness and assured quality.

- Collaborate with Solution Architect, Business Analysts and other IS teams, and vendor in arriving at recommendations for technical decisions in the delivery of detailed designs and resolution of design issues at application or database level.

- Assist in project planning, technical feasibility study, project scoping, solutioning and effort estimation.

- Develop, review and execute test plans, test scenarios and test cases for functional testing.

- Perform impact analysis on reported incidents, deliver fixes (if any) within agreed SLA

- To provide guidance to production support teams on the technical perspective of implementation and maintenance of solutions delivered.

- Perform training & maintain the solution documentation

- Lead process improvement initiatives and make appropriate recommendations to enable productivity gains

- Provide progress updates and escalate issues on time to supervisor

Qualifications

- Minimum a degree in Computer Science, Computer Engineering, Information Technology or related discipline from a recognized University.

- Siebel CRM Certification will be an added advantage.

Knowledge
- Possess a comprehensive and in-depth understanding of Siebel CRM, including Siebel application architecture, Siebel Server Component, functionality, EAI, workflows and data model.

- Possess a comprehensive and in-depth knowledge of Siebel Integration with Quest for performance monitoring, SQL Analysis and SQL tuning.

- Technical expertise should include Siebel Tools 8.x, Configuration and Siebel Enterprise Integration Manager (EIM).

- Experience writing SQL, PL/SQL and troubleshoot Siebel application and Oracle stored procedures.

Experience

- At least 3 years of hands-on experience in Siebel 7.x/8.x CRM implementations.

- Working experience in high volume transaction, mission critical applications requiring quick turnaround/response time.

- Experience in Java, J2EE, Weblogic, C/C++ programming, Unix Shell script, PL/SQL, Pro*C, SQL*Loader, Stored Procedures and trigger and Oracle 9.x and above is mandatory.

- Must have gone through at least one full SDLC.

- Working experience in Telcommunications industry would be an added advantage.

Skills

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We create exclusive masterpiece
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We create exclusive masterpiece
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Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
A small river named Duden flows by their place and supplies it with the necessary regelialia. It is a paradisematic country, in which roasted parts of sentences fly into your mouth.
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
A small river named Duden flows by their place and supplies it with the necessary regelialia. It is a paradisematic country, in which roasted parts of sentences fly into your mouth.