The Andaman Islands are an Indian archipelago in the Bay of Bengal. These roughly 300 islands are known for their palm-lined, white-sand beaches, mangroves and tropical rainforests. Coral reefs supporting marine life such as sharks and rays make for popular diving and snorkeling sites. Indigenous Andaman Islanders inhabit the more remote islands, many of which are off limits to visitors.


Whether you are front-end or back-end, this clearly commented and semantic framework will get your CSS up and running in no time. Dig into our Sassy CSS (SCSS) files until your site is fully customized - we’ll tell you how.
To get started - download the full version of Tuxedo. This version comes complete with all the JavaScript and SCSS you need to get your project underway. Each SCSS file is well commented so you'll know what parts of the code to change to customize the appearance of your app.
These instructions are for setting up on a Mac. If you are on Windows or Linux read the documentation for getting Sass installed on your machine here.
Navigate into the tuxedo-full folder you downloaded. To get started, we are going to set a Sass watch on the the SCSS components of the project. This will compile any changes you make in the SCSS files into CSS the browser can read. If you already have Sass installed on your machine ignore the first snippet below and just run the watch in terminal. Once you are done, open a new terminal window or tab in order to leave the watch running. The Sass watch should be left running anytime you are working on the project making changes to the SCSS files.
Alternatively, you can download just the minified CSS and JavaScript version of Tuxedo. This is a good option for developers who don't want to touch any of the SCSS files and want to use the styles straight out of the box. The drawback to this method is that you will have to use your own stylesheet to override any styles you want to change. No need to run the Sass watch above with this version.
If you only want to download Tuxedo one component at a time, click on a link below to get started. This option is great for those looking for a grid, forms, etc. who don't want to avoid large file sizes. Each of these downloads comes with the necessary SCSS files, a base index.html, as well as any necessary JavaScript files. Don't forget to run the Sass watch described above for you SCSS files to be compiled as CSS.
There is now a Ruby gem for working with Tuxedo on Rails. Check out DiegoSPB's GitHub repo for the installation instructions. Another great resource is this blog post written by Jonathan Thom which outlines configuring Tuxedo with the Rails Asset Pipeline
If you've downloaded the full version of tuxedo - either from the download button or by cloning the repo - here is a look at what your Tuxedo folder contains.
The index.html
page contains the basic project structure to get your website started. Tuxedo is dependent on jQuery for its JavaScript to run, so you'll notice the jQuery CDN in the head
tag of your index.
The tuxedo.js
file has everything you need to make things like nav bars and animations work. There is a section at the bottom of the file for you to place function calls to make the components you need work.
There is an img
folder with great high-res images from Unsplash to get your project started.
Finally, there is the scss
folder full of all the components you need for your project. Unlike other frameworks, Tuxedo is design so you can directly edit these files. Code is clearly commented and easy to follow. Start off in the _global.scss folder where you can decide what colors and fonts to use. Tuxedo is designed to have several neutral colors and then one pop of color to keep your site looking clean and beautiful.


{{"LIN Center for Community Development is a Vietnamese nonprofit
organization founded in 2009 under the Vietnam Union of Science and
Technology Association, to strengthen and connect local nonprofits
organization (NPOs), skilled volunteers, and donors to engage in strategic
and sustainable development in Vietnam."|_}}
{{'Vision'|_}}
{{'We envision equal access to social and economic opportunities and
improved quality of life for all (irrespective of age, race, gender,
ethnicity, origin, etc.)'|_}}
{{'Mission'|_}}
{{'Help local NPOs, skilled volunteers and donors to fulfill their
potential as vehicles for sustainable development, poverty alleviation
and citizen participation in Vietnam.'|_}}
{{'All lives have equal value'|_}}
{{'LIN is a facilitator not a direct provider'|_}}
{{'All people deserve equal access to opportunities'|_}}
{{'LIN strives to empower local NPOs to achieve their goals'|_}}
{{'The community itself plays a role in building a peaceful community'|_}}
{{'Delivering results with the resources we have been given is of utmost importance'|_}}
{{'Those with the means must be responsible and interested in helping those without'|_}}
{{'LIN insists on equal treatment and ethical behavior among ourselves and with our partners'|_}}
{{'Encourages a more efficient philanthropic environment'|_}}
{{'LIN ensures transparency in communications and budgeting'|_}}
{{'Maintains trust and respect between partners and team members'|_}}
{{'LIN takes risks that others are unwilling or unable to take.'|_}}


Reports on unnecessary incrementing and decrementing expressions since their results are never used afterwards.


With genuine respect to other products, the people making those products and the efforts involved, I would like to make an issue:
Some things have been done before, done pretty well (if I may say so), and for free.
mycheckpoint is a free monitoring tool for MySQL. It uses an unorthodox approach of monitoring your MySQL servers by storing the monitored data in SQL format (actually, within a MySQL server). This allows you to either use the fancy JavaScript charting (by running mycheckpoint as HTTP server), or Do-It-Yourself diagnostics.
It allows for a great many more things, among which are custom queries and charts: you may add your own queries, to be included in the monitoring scheme. Query your AUTO_INCREMENT values to detect growth rate, query your INFORMATION_SCHEMA tables (if you dare) to learn about your data dimensions, query for query response time to detect performance issues with your website/database, or query your data itself (e.g. sales per day) to get insight about your product. Here are sample charts to illustrate.
Adding a custom query is as easy as producing an INSERT command. And of course you can set up alert conditions. You can set them up on your normal monitored data (e.g. seconds behind master) or on your custom monitored data (e.g. time it takes to execute cart-items query is too long, rate of purchases is below some threshold etc.). It works the same since all monitored data, standard & custom, is stored in SQL format: rows, columns, a table.
This also means you can retroactively check for different thresholds; you can query your data anyway you like! mycheckpoint provides you with a good visualization tool, but, like a good command like client, leaves the data intact for you to analyze the way you like it.
Of course you can get emailed once an alert pops up. But wait, not so fast: you can ask the alert to pop up only if the threshold is trespassed for a given amount of time. For example, it may be OK for OS load average to increase for a few moments, but you may wish to be alerted if this happens for over 30 minutes continuously.
The thing is, you get all these in an uncompressed 222K single python script (43K compressed), and there's no trial period. mycheckpoint is completely free to download and use under the BSD license. It is listed in 10 essential MySQL tools for admin, and is well documented.
I'm not suggesting the scope of mycheckpoint levels with that of other products. It is lightweight; it does not have the full featured web interface as others do; there's work to be done. It only provides basic OS monitoring, and there are missing parts, like replication topology monitoring. But it is feature rich. As the author of mycheckpoint I take notice of using it on production for my own servers. It gets the job done.
It uses some ideas based on existing tools, and a few original ones. Before you say "like never before", take a look at mycheckpoint.
comments powered by Disqus


A ChunkedArray
is a data structure managing a list of
primitive Arrow Arrays logically as one large array. Chunked arrays
may be grouped together in a Table.
chunked_array(..., type = NULL)
| ... | Vectors to coerce |
|---|---|
| type | currently ignored |
The ChunkedArray$create()
factory method instantiates the object from
various Arrays or R vectors. chunked_array()
is an alias for it.
$length()
: Size in the number of elements this array contains
$chunk(i)
: Extract an Array
chunk by integer position
$as_vector()
: convert to an R vector
$Slice(offset, length = NULL)
: Construct a zero-copy slice of the array
with the indicated offset and length. If length is NULL
, the slice goes
until the end of the array.
$Take(i)
: return a ChunkedArray
with values at positions given by
integers i
. If i
is an Arrow Array
or ChunkedArray
, it will be
coerced to an R vector before taking.
$Filter(i)
: return a ChunkedArray
with values at positions where
logical vector or Arrow boolean-type (Chunked)Array
i
is TRUE
.
$cast(target_type, safe = TRUE, options = cast_options(safe))
: Alter the
data in the array to change its type.
$null_count()
: The number of null entries in the array
$chunks()
: return a list of Array
s
$num_chunks()
: integer number of chunks in the ChunkedArray
$type()
: logical type of data
$View(type)
: Construct a zero-copy view of this ChunkedArray
with the
given type.
$Validate()
: Perform any validation checks to determine obvious inconsistencies
within the array's internal data. This can be an expensive check, potentially O(length)
arrow::Object
-> ChunkedArray
length()
ChunkedArray$length()
chunk()
ChunkedArray$chunk(i)
as_vector()
ChunkedArray$as_vector()
Slice()
ChunkedArray$Slice(offset, length = NULL)
Take()
ChunkedArray$Take(i)
Filter()
ChunkedArray$Filter(i)
cast()
ChunkedArray$cast(target_type, safe = TRUE, options = cast_options(safe))
View()
ChunkedArray$View(type)
Validate()
ChunkedArray$Validate()
ToString()
ChunkedArray$ToString()
Equals()
ChunkedArray$Equals(other)
clone()
The objects of this class are cloneable with this method.
ChunkedArray$clone(deep = FALSE)
deep
Whether to make a deep clone.


{% load otree %}
You have volunteered to participate in a decision-making experiment. This experiment is a study on individual behavior. The instructions are simple. If you follow them carefully and make good decisions, you may earn a considerable amount of money, which will be paid to you privately in cash at the end of the experiment today.
There are 24 people participating in this experiment. You must not communicate with any other participant in any way during the experiment. Please do not use your mobile phones until the end of the session. You will not be asked for your name, student number or any other personal information that might reveal your identity during the game.
If you have read and understood these policies please click Next to read about experiment instructions.


#include <sparse_ops.h>
Deserialize SparseTensor
objects.
The input serialized_sparse
must have the shape [?, ?, ..., ?, 3]
where the last dimension stores serialized SparseTensor
objects and the other N dimensions (N >= 0) correspond to a batch. The ranks of the original SparseTensor
objects must all match. When the final SparseTensor
is created, its rank is the rank of the incoming SparseTensor
objects plus N; the sparse tensors have been concatenated along new dimensions, one for each batch.
The output SparseTensor
object's shape values for the original dimensions are the max across the input SparseTensor
objects' shape values for the corresponding dimensions. The new dimensions match the size of the batch.
The input SparseTensor
objects' indices are assumed ordered in standard lexicographic order. If this is not the case, after this step run SparseReorder
to restore index ordering.
For example, if the serialized input is a [2 x 3]
matrix representing two original SparseTensor
objects:
index = [ 0] [10] [20] values = [1, 2, 3] shape = [50]
and
index = [ 2] [10] values = [4, 5] shape = [30]
then the final deserialized SparseTensor
will be:
index = [0 0] [0 10] [0 20] [1 2] [1 10] values = [1, 2, 3, 4, 5] shape = [2 50]
Arguments:
SparseTensor
objects. The last dimension must have 3 columns.dtype
of the serialized SparseTensor
objects.Returns:
Constructors and Destructors |
|
|---|---|
DeserializeSparse(const ::tensorflow::Scope & scope, ::tensorflow::Input serialized_sparse, DataType dtype)
|
Public attributes |
|
|---|---|
operation
|
|
sparse_indices
|
|
sparse_shape
|
|
sparse_values
|
Operation operation
::tensorflow::Output sparse_indices
::tensorflow::Output sparse_shape
::tensorflow::Output sparse_values
DeserializeSparse( const ::tensorflow::Scope & scope, ::tensorflow::Input serialized_sparse, DataType dtype )


Cells | A Cellular Automaton Playground
This is the home for my tinkering with cellular automata. Originally, I thought it would be a fun challenge to build John Conway’s Game of Life. That then expanded into exploring Stephen Wolfram’s 256 rules. For an introduction to both of these topics, see Daniel Shiffman's book The Nature of Code.
After completing my version of the game of life I added support for generational rule sets. These multi-state simulations can create rich patterns by controlling color based on how many iterations a cell has survived.
My Little Program
The program allows you to run different types of cellular automata rules. Think of rules as a population simulation. Each position on the grid can contain an alive cell or nothing. Before running a simulation you can set the initial population by clicking on the grid.
Right clicking on the grid displays the context menu. The context menu provides a set of templates for building up a population. The bottom group of templates are some of Stephen Wolfram's 256 rules. Be default, Wolfram's rules all start with a single alive cell at the middle of the first row. To randomize a rule's starting inputs check the Random Start checkbox.
Disclaimer
This is a hobby project and as such has not been thoroughly tested on all browsers. It is recommended to use the latest version of Chrome or Firefox. Mobile devices are not supported.
Resources
If this sort of thing interests you, here are some resources you can leverage to dive deeper.
- The code for my little app and an explanation for how it works is here.
- Golly is a more powerful application that can be used to explore cellular automata.
- ConwayLife.com is an online community for cellular automata.
- /r/cellular_automata is a subreddit dedicated to cellular automata.
About Me
I'm a professional software architect. When I'm not working with customers on their enterprise software I like to write and build interactive games and simulations. You can learn about my other projects at my website samuelholloway.com


All Packages Class Hierarchy This Package Previous Next Index
Class BIT.highBIT.ClassInfo
java.lang.Object
|
+----BIT.highBIT.ClassInfo
- public class ClassInfo
- extends Object
Contains information about a Java .class file.
- See Also:
- ClassFile, Routine
-
class_name
- Name of this class.
-
classfile
-
Contains parsed class structure.
-
routines
- Vector of methods defined in this class file.
-
source_file_name
- Name of the source file.
-
superclass_name
- Name of super class.
-
ClassInfo(String)
- Creates a new ClassInfo class which breaks down a .class
into more easily manageble entities such as Routines.
-
addAfter(String, String, Object)
- Allows one to add a method after this class.
-
addBefore(String, String, Object)
- Allows one to add a method before this class.
-
addConstantPoolEntry(Cp_Info)
- Adds an entry to the constant pool.
-
getClassName()
- Returns the name of this class.
-
getConstantPool()
-
-
getRoutineCount()
- Returns the number of routiens in this class.
-
getRoutines()
-
Returns the routines in this class.
-
getSourceFileName()
- Returns the name of the source file.
-
getSuperClassName()
- Returns the name of the super class.
-
isExit(int)
-
-
write(String)
- Outputs the class file structure to a file.
classfile
protected ClassFile classfile
- Contains parsed class structure.
- See Also:
- ClassFile
class_name
protected String class_name
- Name of this class.
This value can be read by invoking getClassName method.
- See Also:
- getClassName
superclass_name
protected String superclass_name
- Name of super class.
This value can be read by invoking getSuperClassName method.
- See Also:
- getSuperClassName
source_file_name
protected String source_file_name
- Name of the source file.
This value can be read by invoking getSourceFileName method.
- See Also:
- getSourceFileName
routines
protected Vector routines
- Vector of methods defined in this class file.
This value is set when the constructor is invoked and can be
read by invoking getRoutines method.
- See Also:
- getRoutines, Vector
ClassInfo
public ClassInfo(String filename)
- Creates a new ClassInfo class which breaks down a .class
into more easily manageble entities such as Routines.
The only attribute that it looks at is the "SourceFile" attribute.
- Parameters:
- filename - the filename of the .class file
to be analyzed
- See Also:
- ClassFile, CONSTANT_Utf8_Info, CONSTANT_Class_Info, Routine, Vector
getClassName
public String getClassName()
- Returns the name of this class.
getSuperClassName
public String getSuperClassName()
- Returns the name of the super class.
getSourceFileName
public String getSourceFileName()
- Returns the name of the source file.
getRoutines
public Vector getRoutines()
- Returns the routines in this class.
- See Also:
- Vector
getRoutineCount
public int getRoutineCount()
- Returns the number of routiens in this class.
getConstantPool
public Cp_Info[] getConstantPool()
addConstantPoolEntry
public Cp_Info[] addConstantPoolEntry(Cp_Info entry)
- Adds an entry to the constant pool.
- Parameters:
- the - constant pool entry to be addded
- Returns:
- the new array where the new entry has been added
- See Also:
- Cp_Info
write
public void write(String filename)
- Outputs the class file structure to a file.
- Parameters:
- the - name of the output file
addBefore
public void addBefore(String classname,
String methodname,
Object arg)
- Allows one to add a method before this class.
- Parameters:
- String - representing the name of the class of the method to be added
- String - the name of the method itself
- Object - to be passed to the method as argument
addAfter
public void addAfter(String classname,
String methodname,
Object arg)
- Allows one to add a method after this class.
Important!
Because a Java program typically consists of different class files,
the meaning of adding a call to a method after a class is not clear.
Here we define adding a method after a class to mean that a call
to a method will be inserted before end of this class only if this class
contains the main method.
In particular, one should note that if a program exits through a call
to System.exit(), Runtime.exit(), or through other abnormal ways,
it cannot be guaranteed that the call inserted will get executed at all
before program termination.
One workaround is to instrument System.exit() and Runtime.exe() in your
own standard Java class library.
Please email us if you know a good way to fix this semantic problem.
- Parameters:
- String - representing the name of the class of the method to be added
- String - the name of the method itself
- Object - to be passed to the method as argument
isExit
public boolean isExit(int index)
All Packages Class Hierarchy This Package Previous Next Index


| Package | Description |
|---|---|
| org.apache.taverna.server.client.generic | |
| org.apache.taverna.server.client.rest |
| Modifier and Type | Method and Description |
|---|---|
Location |
ObjectFactory.createLocation()
Create an instance of
Location |
| Modifier and Type | Class and Description |
|---|---|
class |
LinkedPermissionDescription
Java class for linkedPermissionDescription complex type.
|
class |
PropertyDescription
Java class for PropertyDescription complex type.
|
static class |
RunDescription.Listeners
Java class for anonymous complex type.
|
| Modifier and Type | Field and Description |
|---|---|
protected Location |
TavernaRunInputs.baclava |
protected Location |
PolicyDescription.capabilities |
protected Location |
ListenerDescription.configuration |
protected Location |
RunDescription.createTime |
protected Location |
RunDescription.creationWorkflow |
protected Location |
PolicyDescription.enabledNotificationFabrics |
protected Location |
TavernaRunInputs.expected |
protected Location |
ServerDescription.feed |
protected Location |
RunDescription.finishTime |
protected Location |
RunDescription.generateProvenance |
protected Location |
RunDescription.inputs |
protected Location |
RunDescription.interaction |
protected Location |
ServerDescription.interactionFeed |
protected Location |
RunDescription.log |
protected Location |
RunDescription.name |
protected Location |
PolicyDescription.operatingLimit |
protected Location |
RunDescription.output |
protected Location |
SecurityDescriptor.permissions |
protected Location |
PolicyDescription.permittedListenerTypes |
protected Location |
PolicyDescription.permittedWorkflows |
protected Location |
ServerDescription.policy |
protected Location |
RunDescription.runBundle |
protected Location |
PolicyDescription.runLimit |
protected Location |
ServerDescription.runs |
protected Location |
RunDescription.securityContext |
protected Location |
RunDescription.startTime |
protected Location |
RunDescription.status |
protected Location |
RunDescription.stderr |
protected Location |
RunDescription.stdout |
protected Location |
RunDescription.usage |
protected Location |
RunDescription.workingDirectory |
| Modifier and Type | Field and Description |
|---|---|
protected List<Location> |
TavernaRunInputs.input |
protected List<Location> |
RunDescription.Listeners.listener |
| Modifier and Type | Method and Description |
|---|---|
Location |
TavernaRunInputs.getBaclava()
Gets the value of the baclava property.
|
Location |
PolicyDescription.getCapabilities()
Gets the value of the capabilities property.
|
Location |
ListenerDescription.getConfiguration()
Gets the value of the configuration property.
|
Location |
RunDescription.getCreateTime()
Gets the value of the createTime property.
|
Location |
RunDescription.getCreationWorkflow()
Gets the value of the creationWorkflow property.
|
Location |
PolicyDescription.getEnabledNotificationFabrics()
Gets the value of the enabledNotificationFabrics property.
|
Location |
TavernaRunInputs.getExpected()
Gets the value of the expected property.
|
Location |
ServerDescription.getFeed()
Gets the value of the feed property.
|
Location |
RunDescription.getFinishTime()
Gets the value of the finishTime property.
|
Location |
RunDescription.getGenerateProvenance()
Gets the value of the generateProvenance property.
|
Location |
RunDescription.getInputs()
Gets the value of the inputs property.
|
Location |
RunDescription.getInteraction()
Gets the value of the interaction property.
|
Location |
ServerDescription.getInteractionFeed()
Gets the value of the interactionFeed property.
|
Location |
RunDescription.getLog()
Gets the value of the log property.
|
Location |
RunDescription.getName()
Gets the value of the name property.
|
Location |
PolicyDescription.getOperatingLimit()
Gets the value of the operatingLimit property.
|
Location |
RunDescription.getOutput()
Gets the value of the output property.
|
Location |
SecurityDescriptor.getPermissions()
Gets the value of the permissions property.
|
Location |
PolicyDescription.getPermittedListenerTypes()
Gets the value of the permittedListenerTypes property.
|
Location |
PolicyDescription.getPermittedWorkflows()
Gets the value of the permittedWorkflows property.
|
Location |
ServerDescription.getPolicy()
Gets the value of the policy property.
|
Location |
RunDescription.getRunBundle()
Gets the value of the runBundle property.
|
Location |
PolicyDescription.getRunLimit()
Gets the value of the runLimit property.
|
Location |
ServerDescription.getRuns()
Gets the value of the runs property.
|
Location |
RunDescription.getSecurityContext()
Gets the value of the securityContext property.
|
Location |
RunDescription.getStartTime()
Gets the value of the startTime property.
|
Location |
RunDescription.getStatus()
Gets the value of the status property.
|
Location |
RunDescription.getStderr()
Gets the value of the stderr property.
|
Location |
RunDescription.getStdout()
Gets the value of the stdout property.
|
Location |
RunDescription.getUsage()
Gets the value of the usage property.
|
Location |
RunDescription.getWorkingDirectory()
Gets the value of the workingDirectory property.
|
| Modifier and Type | Method and Description |
|---|---|
List<Location> |
TavernaRunInputs.getInput()
Gets the value of the input property.
|
List<Location> |
RunDescription.Listeners.getListener()
Gets the value of the listener property.
|
| Modifier and Type | Method and Description |
|---|---|
void |
TavernaRunInputs.setBaclava(Location value)
Sets the value of the baclava property.
|
void |
PolicyDescription.setCapabilities(Location value)
Sets the value of the capabilities property.
|
void |
ListenerDescription.setConfiguration(Location value)
Sets the value of the configuration property.
|
void |
RunDescription.setCreateTime(Location value)
Sets the value of the createTime property.
|
void |
RunDescription.setCreationWorkflow(Location value)
Sets the value of the creationWorkflow property.
|
void |
PolicyDescription.setEnabledNotificationFabrics(Location value)
Sets the value of the enabledNotificationFabrics property.
|
void |
TavernaRunInputs.setExpected(Location value)
Sets the value of the expected property.
|
void |
ServerDescription.setFeed(Location value)
Sets the value of the feed property.
|
void |
RunDescription.setFinishTime(Location value)
Sets the value of the finishTime property.
|
void |
RunDescription.setGenerateProvenance(Location value)
Sets the value of the generateProvenance property.
|
void |
RunDescription.setInputs(Location value)
Sets the value of the inputs property.
|
void |
RunDescription.setInteraction(Location value)
Sets the value of the interaction property.
|
void |
ServerDescription.setInteractionFeed(Location value)
Sets the value of the interactionFeed property.
|
void |
RunDescription.setLog(Location value)
Sets the value of the log property.
|
void |
RunDescription.setName(Location value)
Sets the value of the name property.
|
void |
PolicyDescription.setOperatingLimit(Location value)
Sets the value of the operatingLimit property.
|
void |
RunDescription.setOutput(Location value)
Sets the value of the output property.
|
void |
SecurityDescriptor.setPermissions(Location value)
Sets the value of the permissions property.
|
void |
PolicyDescription.setPermittedListenerTypes(Location value)
Sets the value of the permittedListenerTypes property.
|
void |
PolicyDescription.setPermittedWorkflows(Location value)
Sets the value of the permittedWorkflows property.
|
void |
ServerDescription.setPolicy(Location value)
Sets the value of the policy property.
|
void |
RunDescription.setRunBundle(Location value)
Sets the value of the runBundle property.
|
void |
PolicyDescription.setRunLimit(Location value)
Sets the value of the runLimit property.
|
void |
ServerDescription.setRuns(Location value)
Sets the value of the runs property.
|
void |
RunDescription.setSecurityContext(Location value)
Sets the value of the securityContext property.
|
void |
RunDescription.setStartTime(Location value)
Sets the value of the startTime property.
|
void |
RunDescription.setStatus(Location value)
Sets the value of the status property.
|
void |
RunDescription.setStderr(Location value)
Sets the value of the stderr property.
|
void |
RunDescription.setStdout(Location value)
Sets the value of the stdout property.
|
void |
RunDescription.setUsage(Location value)
Sets the value of the usage property.
|
void |
RunDescription.setWorkingDirectory(Location value)
Sets the value of the workingDirectory property.
|
Copyright © 2015–2018 The Apache Software Foundation. All rights reserved.


TimeOutAt Demo
Use the
StreamExt.timeOutAt
function to terminate the stream at the specified due time.
Time out stream at
.
New Value
Start
Output :


Excellent Educational Institutions,founded by late Afzal Basha, is one of the biggest names in the educational services sector in Bhadadri Kothagudem district -Telangana.The academy currently has 6 schools spreaded all over bhadri kothagudem district with a combined student population of approximately 5,000+.
Excellent Educational Institutions was founded in the year 1997 with the untiring attempts of our staff, constant support of parents and zealous performance of our students this small beginning became big and touched the pinnacle of success.with 24 years of educational eminence in teaching and with experience teaching staff we helped our students to achive there goals and reach success .in our institutions we focus on student all round devlopment .with 23 years of successfull run we helped our students to reach heights in Sports,Quiz programs,State level compitative exams and many more
BUS
The need for safe passage of each child to school and back home is of paramount importance to us....
HOSTEL
Separate hostel is provided for boys and girls for those who travel longer distances for their education....
LABS
EHS believes that, students should have sound practical training to substantiate theoretical expressions ....
EXTRA- CURICCULAR ACTIVITIES
Students come to learn but at times they teach us many new things. At EHS, students have the freedom....
Founder
Chairman
Correspondent
Director
Lets get in touch.
pilot colony,manuguru
Phone:9493738007,9866598988,9440828998
Email: yousufexcellent@gmail.com


HTML5 CSS3/Sass JavaScript/Jquery Bootstrap/Foundation
PHP MySQL phpMyAdmin JSON API's
Drupal 7 AngularJS Git/Github Photoshop
I'm Annie, a web developer based in Portland, Oregon. In December 2015 I graduated from Epicodus, an intensive five-month coding bootcamp, where I learned the fundamentals of JavaScript and PHP. Currently I am a web developer at Sq1, a digital agency in Portland. I’ve been interested in web development for years, but my passion grew while working for a digital marketing agency in Amsterdam. Initially I started at the company as a photo editor but eventually found my way to a Web Designer position. When I realized that coding and problem solving were my favorite parts of the job, I decided to apply to Epicodus. I love the endless possibilities of the web and how it helps us to share information and improve our lives. I'm also really into new music, photography, non-fiction, documentaries, podcasts, hiking and traveling.
If you'd like to work with me or just want to say hi, send me an email at:


Home
Announcement
Board
Committees
Convenent
Faq
Now accepting Board of Directors applications
If you are interested in running for a seat on the PF HOA Board of Directors, you can download an application form here. -The day to day operations of the PF HOA are run by an all-volunteer Board of Directors, along with help from many other committee volunteers. The Board establishes the annual dues assessment and is responsible for using the money assessed to maintain and improve HOA property and o er programs which are of value to Prairie Fields residents, thereby increasing the value of the neighborhood. If you have 1-2 hours a month to donate to the neighborhood, you are encouraged to run one of the 3 upcoming vacancies on the Board for a term which begins January 1, 2018 and runs through December 31, 2019. Applications must be submitted by November 10. This year, voting will be conducted electronically. You can opt for paper ballots by dropping a note in the HOA dropbox. Homeowners must be a member in good standing to vote in the election, and not owe the associa- tion more than $10.
For more information, please email
board@prairie eldshoa.com


Generates a random ID.
Initializes the current TTS language.
Initializes the available TTS languages and the current language.
Initializes the settings for the speech block.
Changes the text speed with a given increment/decrement.
The increment/decrement to change the speed.
Changes the volume with a given increment/decrement.
The increment/decrement to change the volume.
Dismisses the modal.
Dismisses the modal and saves the changes.
Triggered when the selected language is changed.
Unsubscribes from MQTT topics and Subscription
s before the service gets destroyed.
Tests the sentence on the robot.
Toggles the visibility of the speech and volume sliders.
Generated using TypeDoc
Fishezzz
speech.component.ts
1.0.1


{% extends "layout.html" %} {% block content %}
The BiP (Web Pi) Switch Project is a switch for your smart home. The switch can be controlled via its Raspberry Pi and touchscreen interface or even through a browser on your internet-connected device when on the WiFi network. Built with the Flask framework, the Raspberry Pi runs a Python program that creates a web server allowing users to turn on or off the switch and even get the weather from Dark Sky and a good quote from Quotes on Design. You can find the project on GitHub for more details.
BiP Switch - Created by Nic Siebenaller
{% endblock %}


Repeat feature annotation
Several software programs are run to annotate three types of repeats:
- Low-complexity regions (Dust [1])
- Tandem repeats (TRF [2])
- Complex repeats:
Annotating repeats with RepeatMasker requires a repeat library.
Repeat libraries from the following sources are used and combined where possible:
Viewing and accessing repeat features
By default, repeat features are not displayed in the genome browser; display them by using
the Configure this page option. You can view all
repeats, or a subset of repeats based on type.
The repeat annotations can be programatically accessed using the
Ensembl API. See the RepeatFeature and RepeatFeatureAdaptor documentation for further details.
References
- Morgulis A et al. (2006) A fast and symmetric DUST implementation to mask low-complexity DNA sequences. J Comput Biol. 13:1028-40
- Benson G (1999) Tandem repeats finder: a program to analyze DNA sequences. Nucleic Acids Res. 27: 573-580
- Smit AFA, Hubler R, Green P (2015) RepeatMasker Open-4.0 http://www.repeatmasker.org
- Girgis HZ (2015) Red: an intelligent, rapid, accurate tool for detecting repeats de-novo on the genomic scale. BMC Bioinformatics, 16:227
- Contreras-Moreira B, Filippi CV, Naamati G, Garcíía Girón C, Allen JE, Flicek P (2021) Efficient masking of plant genomes by combining kmer counting and curated repeats Preprint from bioRxiv, DOI: 10.1101/2<IP_ADDRESS>6504


Settled CNY
Settled USD
Settled At
>
>
Sum
Sellted and Unpaid
Invoice No.
CNY of Invoice
USD of Invoice
Payer
Date of Invoice
Excepted Date of Receivable
Sum
Uninvoiced
Actual CNY
Actual USD
Date of Receivable
>
>
Sum
Unpaid


Class object
A fork of rxi/classic with more features
Info:
- License: GNU GPLv3
- Author: Bowuigi,rxi
Functions
| Object:new () | Object new function, should not be called directly
The one from object itself is empty. |
| Object:extend () | Object extend function, adds inheritance |
| Object:implement (...) | Mixins implementation |
| Object:is (O) | Check if the supplied argument is an instance of a class |
| Object:__tostring () | Return a string representation of the object
Added as a metamethod to be called automatically when you call print |
| Object:instance (args) | Instance a class or an object |
Fields
| Object.__call | Allow using Object() and Object:instance() |
Functions
Methods- Object:new ()
-
Object new function, should not be called directly
The one from object itself is empty. - Object:extend ()
-
Object extend function, adds inheritance
Returns:
-
object
Object returned
- Object:implement (...)
-
Mixins implementation
Parameters:
- ... object Objects that contain the new functions
- Object:is (O)
-
Check if the supplied argument is an instance of a class
Parameters:
- O object Object to compare with
Returns:
-
boolean
True if O shares metatables with the Object
- Object:__tostring ()
-
Return a string representation of the object
Added as a metamethod to be called automatically when you call printReturns:
-
string
String representation of the object
- Object:instance (args)
-
Instance a class or an object
Parameters:
- args Arguments to pass to the new function


Note that by logging in, you are agreeing to this site storing cookies on your browser.
These cookies are to give you access to pages and information that cannot normally
be seen otherwise. By logging in, you agree to this happening.
Or you can {{ render.format_button('register', register) }} for a new account.
Use this button if you {{ render.format_button('forgot', forgot) }} your password.
{% endblock page_body %}


Unique name for the object.
String, default = ''
All objects (regardless of type) are registered as w2ui[name], where w2ui is a global variable.
The name of the object must be unique, otherwise object will not be created.
In the example above two objects are created - a layout and a grid. You can access them through a global variable w2ui in the following way:
You can destroy any object by name


Developer Samples
After setting up xmla4js on your system, you can start using these samples:
-
Synchronous examples:
-
discover-schema-rowsets.html - A basic example showing how to use Xmla.js to do synchronous retrieval of OLAP metadata.
This sample uses various flavours of the Discover method and renders the results as HTML tables.
-
discover-synchronous.html -
The sample lets you enter a URL for a XML/A webservice, and then visualizes the metadata in a dynamic treeview, allowing you to hierarchically explore datasources, catalogs, cubes, dimensions, hierarchies, levels, members and properties.
This sample illustrates how to apply Restrictions to the XML/A Discover method.
-
rowset-examples.html - Xmla4js offers great flexibility in the ways to obtain data from the Xmla provider.
The goal is to make it as easy as possible to directly use that data for third party visualization libraries and the like, with no or little hand-written processing and/or iteration.
This sample illustrates various methods for iterating through and extracting data from a Xmla.Rowset
-
execute-synchronous.html -
This sample illustrates how to select a XML/A datasource, send MDX queries, and retrieve and traverse the multidimensional resultset.
This sample uses synchronous requests.
-
execute-synchronous.html -
This reproduces issue 6.
-
Asynchronous examples
-
discover-asynchronous.html -
This sample illustrates how to get XML/A metadata asynchronously.
-
execute-asynchronous.html -
This sample illustrates how to select a XML/A datasource, send MDX queries, and retrieve and traverse the multidimensional resultset.
This sample uses synchronous requests.
-
Combination Examples
-
xmlash.html -
XML/A shell. Because real men use the command line.
-
yui-chart-wizard.html -
This sample illustrates how to render a YUI chart using data obtained from an XML/A execute request.
-
pivot-table.html -
This sample illustrates how to handle raw XML response and apply an XSLT stylesheet to it to render a pivot table.
-
treeview-pivottable-combination.html -
This sample illustrates how to render 3 axes of a multidimensional data set in a pivot table / treeview combination.
Leaf nodes in the pivot table represent tuples in the 3rd query axis, and provides a selection mechanism to display a corresponding pivot table.


"A grainy, glammy mix of pop's past, present, and future." Impose Magazine.
DREAMY, the Sophomore album from DAN RICO, is available for Preorder today!!
Dan Rico returns to make “MUSIC FOR ALL PEOPLE” with a well stocked arsenal of aural platitudes ranging from 50’s pop to contemporary R and B. A gifted vocalist and guitar player (he also plays bass, keyboards, drums, and does all the production on his recordings), Dan brings a realness and rawness to his live performances in an era of laptop-peddlers and reverbed-out garage proliferators. “DREAMY," his newest release, is a must-hear assemblage of catchy tunes with depth and ambition. With a little bit of doo-wop vocal arrangement, snarly rock guitars, danceable rhythm, electronic soundscapes, and catchy melodies, the music of Dan Rico just might be a shining outpost in the shadowy future of rock music.
Pleased to share the first single, "Hot to Please" from Dan Rico's new album "DREAMY" on TMB Limited!
Flesh and Bone 7" vinyl available today!
A side "Flesh and Bone" is Rico's gushing, reverent tribute to the music of Marc Bolan.  Included with order or download is a bonus track, "Anyway You Want Me," a popular live staple and not to be missed!
Nobody Knows EP Up now on Bandcamp!
With "Nobody Knows" Dan Rico slinks back into his punk roots with a healthy heaping of glam and a flared-nostril penchant for musical drama. This impressive self-recorded and self-produced 11 minute-EP will be sure to please fans of David Bowie, the Nerves, and the New York Dolls. Nobody Knows is a special edition promotional EP released in the spring of 2017 to launch the "Endless Love" Tour.
Endless Love now available! Maximum Pelt Records (USA) / Shit in Can Records (EU)
In the center of Chicago’s Rock and Roll renaissance sits Dan Rico (EGO, MAMA) who pairs glammy punk rock with vintage pop crooning to arrive at a sound that splits the difference between David Cassidy and Marc Bolan. Rico’s self-produced debut LP, Endless Love, veers between snappy punk tunes and laid-back love ballads, spurred by Rolling Stones-y guitar licks, Prince-influenced vocal harmonies, and minimalist electronic elements. Drawing from the impressive garage, soul, and underground aesthetic catalogue of his hometown Endless Love juxtaposes a striking mix of styles beneath a unifying umbrella of Rico’s Television-esque croon and unfettered pop structures. Sure to make your eyes wet and your heart sing, your fist pump and hips shake, Endless Love condenses the last 50 years of pop and punk music into a delicious, low-calorie, nostalgia-laden package.


Computes a weighted cross entropy.
tf.compat.v2.nn.weighted_cross_entropy_with_logits
tf.nn.weighted_cross_entropy_with_logits( labels, logits, pos_weight, name=None )
This is like sigmoid_cross_entropy_with_logits()
except that pos_weight
,
allows one to trade off recall and precision by up- or down-weighting the
cost of a positive error relative to a negative error.
The usual cross-entropy cost is defined as:
labels * -log(sigmoid(logits)) + (1 - labels) * -log(1 - sigmoid(logits))
A value pos_weight > 1
decreases the false negative count, hence increasing
the recall.
Conversely setting pos_weight < 1
decreases the false positive count and
increases the precision.
This can be seen from the fact that pos_weight
is introduced as a
multiplicative coefficient for the positive labels term
in the loss expression:
labels * -log(sigmoid(logits)) * pos_weight + (1 - labels) * -log(1 - sigmoid(logits))
For brevity, let x = logits
, z = labels
, q = pos_weight
.
The loss is:
qz * -log(sigmoid(x)) + (1 - z) * -log(1 - sigmoid(x)) = qz * -log(1 / (1 + exp(-x))) + (1 - z) * -log(exp(-x) / (1 + exp(-x))) = qz * log(1 + exp(-x)) + (1 - z) * (-log(exp(-x)) + log(1 + exp(-x))) = qz * log(1 + exp(-x)) + (1 - z) * (x + log(1 + exp(-x)) = (1 - z) * x + (qz + 1 - z) * log(1 + exp(-x)) = (1 - z) * x + (1 + (q - 1) * z) * log(1 + exp(-x))
Setting l = (1 + (q - 1) * z)
, to ensure stability and avoid overflow,
the implementation uses
(1 - z) * x + l * (log(1 + exp(-abs(x))) + max(-x, 0))
logits
and labels
must have the same type and shape.
labels
: A Tensor
of the same type and shape as logits
.logits
: A Tensor
of type float32
or float64
.pos_weight
: A coefficient to use on the positive examples.name
: A name for the operation (optional).A Tensor
of the same shape as logits
with the componentwise
weighted logistic losses.
ValueError
: If logits
and labels
do not have the same shape.


Registration
Chief Complaint ::
Created By :
Last Modified By :
No Chief Complaint found
Chief Complaint:
Present Illness:
Comments:


{% extends 'base.html'%}
(pitch content comes here) With supporting text below as a natural lead-in to additional content.


domestic | appendix a | defined terms | 2010
Definitions and explanation of terms used in this document.
The following is a list of terms used in the Technical Handbooks that have a specific meaning. The
defined terms which are used in the Building (Scotland) Act 2003 and the building regulations are in
inverted commas. All the terms in bold text below are in italics throughout the Technical Handbook.
persons to a
building
.
"the Act"
means the Building (Scotland) Act 2003.
"Agriculture"
the same meaning as in the Agriculture (Scotland) Act 1948 and
“agricultural”
shall
be construed accordingly.
Alternative exit
means an
exit
from a
dwelling
which is through a door other than its main entrance
door and is available for use at all times.
Apartment
means a
room
in a
dwelling
not used solely as a
kitchen
, store or utility room.
Appliance compartment
means a space
constructed
or adapted specifically for the housing of a
combustion appliance.
Assembly building
means any place of assembly, other than an
entertainment building
, including
swimming pool
buildings
, churches and other places of worship, crematoria, dancing schools,
educational establishments, gymnasia, law courts, libraries open to the public, day centres, clinics,
health centres and surgeries, passenger stations and termini for air, rail road, or sea travel, public
toilets
, riding schools, ice rinks, sports pavilions, sports stadia, zoos and menageries, museums and
art galleries.
"Boundary"
means a
boundary
between land on which the
building
is situated and
land in different
occupation
, so however that:
a) in relation to any
road
, whether public or private, public access way or public right of way, river,
stream, canal, loch, pond, common land or a
public open space
it should be taken to mean the
centre line thereof; and
b) the sea and its foreshore should not be regarded as
land in different occupation
.
"Building"
means any structure or erection, whether temporary or permanent, other than a structure
or erection consisting of, or ancillary to:
a) any
public road
(including any bridge on which the
road
is carried),
b) any
private road
,
c) any sewer or water main which is, or is to be, vested in Scottish Water,
d) any aerodrome runway,
e) any railway line,
f) any large raised reservoir within the meaning of the Reservoirs Act 1975 (c23),
g) any wires and cables, their supports above ground and other apparatus used for telephonic or
telegraphic communication.
Any references to a
building
include references to a prospective
building
. Any references to a
building
, structure or erection include references to a part of the
building
, structure or erection. In
relation to the extension, alteration or
conversion
of a
building
, references to a
building
are to so much
of the
building
as is comprised in the extension or the subject of the alteration or
conversion
.
"Building site"
means any area of land on which
work
is, or is to be, carried out.
roof supports.
Cavity barrier
means any
construction
provided to seal a cavity against the penetration of fire and
smoke, or to restrict its movement within the cavity.
Chimney
means a structure enclosing 1 or more flues, but not a flue pipe, and including any
access deck
—
chimney
domestic | appendix a | defined terms | 2010
openings for the accommodation of a combustion appliance, but does not include a
chimney
terminal.
Chimney-stack
means that part of a
chimney
which rises above the roof of the
building
of which it
forms part and includes any cope but not a chimney-can.
Compartment
means a part of a
building
(which may contain one or more
rooms
, spaces or
storeys
and includes, where relevant, the space above the top
storey
of the
compartment
)
constructed
so as
to prevent the spread of fire to or from another part of the same
building
; and
compartmented
and
compartmentation
should be construed accordingly.
Compartment wall
means a wall with the fire resistance required to ensure
compartmentation
.
Compartment floor
means a floor with the fire resistance required to ensure
compartmentation
.
Conservatory
means a
building
attached to a
dwelling
with a door and any other
building
elements
dividing it thermally from that
dwelling
and having translucent
glazing
(including frames) forming not
less than either:
a) 75% of its roof area and 50% of its
external wall
area; or
b) 95% of its roof area and 35% of its
external wall
area.
Note – the definition of ‘conservatory’ was amended on 1 May 2007.
"Construct"
includes alter, erect and extend, and
“construction”
and related expressions are to be
construed accordingly.
"Convert"
in relation to a
building
,
means to make such change in the occupation or use of the
building
as specified in schedule 2 to regulation 4, and
“conversion”
and related expressions are to
be construed accordingly.
Construction Products Directive
means the instruction of the European Commission to Member
States, numbered 89/106/EEC, to regulate so as to remove technical barriers to trade in
construction
products within the European Economic Area.
Covered area
means a roofed
building
which is open on at least two sides except for roof supports.
Curtilage
means land area within the same occupation.
finishes, including services and other permanent
construction
and fittings.
Decorative fuel-effect gas appliance
means an open-flued appliance designed to simulate a solid
fuel open fire primarily for decorative purposes and intended to be installed so that the products of
combustion pass unrestricted from the firebed to the
flue
.
"Different occupation"
in relation to two adjoining
buildings
or parts of one
building
, means
occupation of those
buildings
by different persons.
Disabled people
means persons with a physical, hearing or sight impairment which affects their
mobility or their use of
buildings
.
Duct
means the structure, trunking, or casing, with any apertures, enclosing a passage, other than a
flue
, used solely for conveying air, gases, or refuse.
"Domestic building"
means a
dwelling
or dwellings and any common areas associated with the
dwelling
.
"Dwelling"
means a unit of residential accommodation occupied (whether or not as a sole or main
residence):
a) by an individual or by individuals living together as a family; or
b) by not more than six individuals living together as a single household (including a household
where care is provided for residents)
and includes any surgeries, consulting rooms,
offices
or other accommodation, of a floor area not
exceeding in the aggregate 50 square metres, forming part of a
dwelling
and used by an occupant of
the
dwelling
in a professional or business capacity.
columns), loadbearing (other than a part which is only self-loadbearing), a floor, or supports a floor.
Emergency door
means a door which may be a
fire door
and which is intended to be used only
during an emergency.
chimney
—
emergency door
domestic | appendix a | defined terms | 2010
Escape route
means a route by which a person may reach a
place of safety
, and in relation to:
a) a storey, a space or an
access deck
, means a route from an
exit
from that
storey
, space or
access deck
;
b) a
room
, means a route from an
exit
of that
room
;
c) an
inner room
, other than an
inner room
in a
dwelling
, means a route from an
exit
of the
room
which provides access to the
inner room
;
d) a
flat
or
maisonette
, means a route from the main entrance door of that
flat
or
maisonette
;
e) a
gallery
, catwalk or openwork floor, means a route from any doorway of, or from the head of any
unenclosed
escape stair
from, that
gallery
, catwalk or openwork floor;
f) a
place of special fire risk
, means a route from an
exit
of that
room
or from an
exit
of the
protected lobby
serving that
room
, or from an
exit
of the
room
or lobby separating the
place of
special fire risk
from any other accommodation, as the case may be.
Escape stair
means a stair or ramp forming part of an
escape route
.
Entertainment building
means a place of entertainment or recreation other than sports stadia,
including bingo halls, broadcasting, recording and film studios open to the public, casinos, dance
halls, entertainment, conference, exhibition and leisure centres (except where consisting
predominately of a swimming pool), funfairs and amusement arcades, licensed betting
offices
, clubs,
public houses, restaurants, cafes, snack bars, theatres, cinemas and concert halls.
Exit
means a point of egress from a
room
,
storey
,
protected zone
, space,
gallery
, catwalk or
openwork floor which forms part of, or gives access to, an
escape route
or
place of safety
.
External wall
includes a part of a roof pitched at an angle of 70º or more to the horizontal.
Factory (Class 1)
is any factory involved in manufacturing, processing, repairing, cleaning, washing,
breaking up or otherwise treating any substance comprising or used in association with: adhesives,
asphalt and bituminous products, chemical and allied industries, cleaners and solvents, clothing and
footwear (excluding laundering), coal and petroleum products, cork products, dry cleaning, dye-stuffs
and pigments, fertilisers, grains and cereals, inks, insulated wires and cables, leather, sheepskin and
fur, linoleum, magnetic tape, oils and greases, paints, paper, printing and publishing (excluding paper
manufacturing), pharmaceutical products, photographic materials and products, plastics, polishes,
rubber and synthetic rubber, soaps and detergents, spirit distilling, surgical bandages and plasters,
synthetic resins, textiles, timber, joinery, furniture, brushes and brooms,
toilet
preparations,
upholstery, weedkillers and pesticides.
Factory (Class 2)
is any factory other than a factory (Class 1), including
buildings
used for generating
or supplying power or slaughtering livestock
Fire door
means a door which, together with its frame and furniture as installed in a
building
, is
intended, when closed, to resist the passage of fire and, where prescribed, smoke and is capable of
meeting specified performance criteria in section 2.
Fire-stop
means a seal provided to close an imperfection of fit or design tolerance between elements,
components or
construction
so as to restrict the passage of fire and smoke through that imperfection.
Fire-stopping
and
fire-stopped
should be construed accordingly.
"Flat"
means a
dwelling
on one
storey
, forming part of a
building
from some other part of which it is
divided horizontally, and includes a
dwelling
of which the main entrance door and associated hall are
on a different
storey
from the remainder of the
dwelling
.
Flat roof
means a roof the slope of which does not exceed 10º from the horizontal.
Flight
means part of a stair or ramp uninterrupted by a landing.
Flue
means passage for conveying the products of combustion to the outside atmosphere.
Flue-block
means factory-made
chimney
components with 1 or more flues.
Flue-pipe
(correctly termed ‘connecting
flue-pipe
’) means a pipe that connects a combustion
appliance to a
flue
in a
chimney
.
Foundation
means that part of the structure in direct contact with, and transmitting loads to, the
escape route
—
foundation
domestic | appendix a | defined terms | 2010
ground.
Gallery
means a raised floor or platform, including a raised storage floor, which is open to the
room
or
space into which it projects and which:
a) has every part of its upper surface not less than 1.8 metres above the surface of the main floor of
the said
room
or space; and
b) occupies (or, in the case of there being more than one
gallery
, together occupy), not more than
one-half of the floor area of the said
room
or space.
Glazing
means any permanently secured sheet of glass or plastics, and
glazed
should be construed
accordingly.
Greenhouse
except in the expression agricultural greenhouse, means a
building
ancillary to a
dwelling
used mainly for growing plants which is either:
a) detached from the
dwelling
; or
b) attached to, but not entered from, the
dwelling
.
Greywater
means
wastewater
not containing faecal matter or urine.
Ground storey
means the
storey
of a
building
in which there is situated an entrance to the
building
from the level of the adjoining ground or, if there is more than one such
storey
, the lower or lowest of
these.
18 metres above the ground.
Hospital
means a
building
, other than a
dwelling
, for the treatment of persons suffering from an
illness or mental or physical disability or handicap.
Hospital street
means a
protected zone
in a
hospital
provided to assist in facilitating circulation and
horizontal evacuation, and to provide a fire-fighting bridgehead.
"House"
means a
dwelling
on one or more
storeys
, either detached or forming part of a
building
from
all other parts of which it is divided only vertically.
the weight of moveable partitions; distributed, concentrated, impact, inertia and snow loads, but
excluding wind loads.
Inner room
means a
room
, other than a
kitchen
in a
dwelling
, which does not have a direct access to
an
exit
, or direct access to an enclosed circulation area having an
exit
.
Insulation envelope
means the
building
elements which encapsulate the
building
or parts of the
building
which use fuel or power for heating or cooling the internal environment and will comprise all
or some of the following:
a) elements exposed directly to the outside air;
b) elements directly in contact with the ground;
c) floors directly in contact with a solum space;
d) elements that are buffered by an enclosed area;
e) separating elements where the thermal transmittance should be ignored.
Note – the definition of ‘
insulation envelope
’ was amended on 1 May 2007.
Land in different occupation
in relation to a
building
, means land occupied, or to be occupied, by a
person other than the occupier of the land on which the
building
is, or is to be, situated.
Limited life building
means a
building
intended to have a life of the period specified in regulation 6.
part of which it is divided horizontally.
produced by the combustion of the fuel is assumed to remain as a vapour.
Non-combustible
means that a material is resistant to combustion as determined by an appropriate
test procedure as specified in section 2.
foundation
—
non-combustible
domestic | appendix a | defined terms | 2010
Notified body
means an organisation appointed for the purpose of the relevant directive by a
member state and whose name is notified to the European Commission to certify, inspect or test the
production of goods.
Office
means a
building
or premises used for
office
, administrative or clerical purposes (including
writing, book-keeping, sorting papers, filing, typing, duplicating, machine calculating, police and fire
service work, drawing and editorial preparation of work for publication), financial transactions
(including banking and building society work) and communications (including postal, telegraph and
radio, television, film, audio or video recording or performance (not open to the public),
communication or control).
Open-flued appliance
means one that draws its air for combustion from the
room
or internal space
within which it is installed and uses a
flue
system to discharge its products of combustion to the
outside air.
Open sided car park
means open sided car parks and parking garages, designed to admit or
accommodate only passenger or light goods vehicles not exceeding 2500 kilograms gross mass. For
the purposes of this description “open-sided” means naturally ventilated to provide an adequate
supply of air in accordance with section 3.
Place of safety
means either:
a) an unenclosed space in the open air at ground level; or
b) an enclosed space in the open air at ground level leading to an unenclosed space, via an access
not narrower than the total width of the
exits
leading from the
building
to that enclosed space.
Place of special fire risk
means any place within, or attached to, or on the roof of, a
building
in which
there are installed one or more:
a) solid fuel appliances, with a total installed output rating more than 50 kW, other than
kitchen
appliances; or
b) oil or gas fired appliances, with a total installed
net input rating
more than 70 kW, other than
kitchen
appliances and forced air convection or radiant heaters in
buildings
which are neither
residential nor domestic; or
c) fixed internal combustion engines, including gas turbine engines, with a total output rating more
than 45 kW; or
d) oil-immersed electricity transformers or switch gear apparatus with an oil capacity more than 250
litres and operating at a supply voltage more than 1000 volts; or
e) fuel oil storage tanks having a capacity of more than 90 litres; or
f) paint spray booths or
rooms
where cellulose or other flammable liquid spray is used.
Porch
means a
building
attached to and providing a covered entrance to a
dwelling
.
"Private road"
means a
road
not maintainable by the Scottish Ministers or a local roads authority
(whether or not comprising a public right of way).
Private stair
or
ramp
means a stair or ramp wholly within a
dwelling
.
Protected door
means a
fire door
giving access to:
a) a
protected zone
, including a
protected lobby
; or
b) a fire-fighting shaft; or
c) another
compartment
; or
d) a
place of safety
; or
e) an unenclosed external
escape stair
; or
f) an open access balcony; or
g) an
escape route
across a
flat roof
or
access deck
.
Protected enclosure
in a
dwelling
means a circulation area
constructed
to resist fire in adjoining
accommodation. It includes a hall, landing or
private stair
orramp but not a
room
.
notified body
—
protected enclosure
domestic | appendix a | defined terms | 2010
Protected lobby
means a lobby within a
protected zone
but separated from the remainder of the
protected zone
so as to resist the movement of smoke from the adjoining accommodation to the
remainder of the
protected zone
.
Protected zone
means that part of an
escape route
which is within a
building
, but not within a
room
,
and to which access is only by way of a
protected door
and from which there is an
exit
directly to a
place of safety
.
Public open space
includes land used as a public park or for public recreation or as a burial ground.
"Public road"
means a
road
maintainable by the Scottish Ministers or a local roads authority.
having regard to all the circumstances including the expense involved in carrying out the
work
.
"Residential building"
means a
building
, other than a
domestic building
, having sleeping
accommodation.
"Residential care building"
means a
building
used, or to be used, for the provision of:
a) a care home service; or
b) a school care accommodation service;
and for these purposes the expressions mentioned in sub-paragraphs a) and b) above have the same
meaning as in the Regulation of Care (Scotland) Act 2001.
"Road"
has the same meaning as in the Roads (Scotland) Act 1984 (c54) except that it also includes
any drain or ditch at the side of a
road
.
Roof space
means any space in a
building
between a part of the roof and the ceiling below.
Room
means any enclosed part of a
storey
intended for human occupation or, where no part of any
such
storey
is so enclosed, the whole of that
storey
, but excepting in either case any part used solely
as a bathroom, shower room, washroom,
toilet
, stair or circulation area.
Room-sealed appliance
means a combustion appliance which, when in operation, has its
combustion chamber, air inlet and its
flue
outlet ways isolated from the
room
or space in which it is
installed.
"Sanitary facility"
includes washbasin, sink, bath, shower, urinal, or watercloset, and in dwellings
only, includes a waterless closet.
Self-closing fire door
means a
fire door
, fitted to close automatically from any angle of swing.
Separating floor
and
separating wall
mean respectively a floor or wall
constructed
to prevent the
spread of fire between
buildings
or parts of a
building
in accordance with section 2.
Service opening
means any opening to accommodate a
duct
, pipe, conduit or cable (including fibre
optics or similar tubing).
Shared residential accommodation
means a unit of residential accommodation, other than a
dwelling
, having an occupancy capacity not exceeding 10, entered from the open air at ground level
and having no
storey
at a height exceeding 7.5 m.
"Sheltered housing complex"
means:
a) two or more dwellings in the same building; or
b) two or more dwellings on adjacent sites
where those dwellings are, in each case, designed and
constructed
for the purpose of providing
residential accommodation for people who receive, or who are to receive, a support service; and, for
these purposes, “support service” has the same meaning as in the Regulation of Care (Scotland) Act
2001.
Shop
means a
building
or premises used for retail or wholesale trade or business, including sales by
auction, self-selection and over the counter wholesale trading, hairdressing and beauty or body care
and premises to which members of the public are invited to resort for the purposes of delivering or
uplifting goods in connection with cleaning, repair, hire or other treatment or (except in the case of the
repair of motor vehicles) of themselves carrying out such cleaning, repair or other treatment.
"Site"
in relation to a
building
, means the area of ground covered or to be covered by the
building
,
protected lobby
—
site
domestic | appendix a | defined terms | 2010
including its foundations.
Smoke alarm
means a device powered by mains electricity, with a secondary power source,
containing within one housing all the components necessary for detecting fire and thereupon giving an
audible alarm.
Stand-alone building
means a
building
, other than a
dwelling
, but includes an ancillary
building
or a
part of a
building
, that is either:
a) detached; or
b) thermally divided from the remainder of the main
building
and incorporates shut-down control of
any heating or cooling system which is linked to any main system, and includes a
conservatory
.
Note – the definition of 'stand-alone building' was added on 1 May 2007.
Storage building (Class 1)
is any storage
building
containing hazardous goods or materials, and any
storage of vehicles containing hazardous goods or materials, including: any compressed, liquefied or
dissolved gas, any substance which becomes dangerous by interaction with either air or water, any
liquid substance with a flash point below 65º Celsius including whisky or other spirituous liquor, any
corrosive substance, any substance capable of emitting poisonous fumes, any oxidising agent, any
substance liable to spontaneous combustion, any substance that changes or decomposes readily
giving out heat when doing so, any combustible solid substance with a flash point less than 120º
Celsius, any substance likely to spread fire by flowing from one part of a
building
to another.
Storage building (Class 2)
is any storage
building
other than a storage
building
(Class 1), including
car parks, parking garages designed to admit or accommodate only passenger or other light goods
vehicles not more than 2500 kilograms gross mass, other than open sided car parks.
"Storey"
means that part of a
building
which is situated between the top of any floor being the lowest
floor level within the
storey
and the top of the floor next above it being the highest floor level within the
storey
or, if there is no floor above it, between the top of the floor and the ceiling above it or, if there is
no ceiling above it, the internal surface of the roof; and for this purpose a
gallery
or catwalk, or an
openwork floor or storage racking, shall be considered to be part of the
storey
in which it is situated.
Sub-compartment
means a part of a
building
(which may contain one or more
rooms
, and includes,
where relevant, the space above the top
storey
of the
sub-compartment
)
constructed
so as to aid
horizontal evacuation.

Surface water
means the run-off of rainwater from roofs and any paved ground surface within the
curtilage
of a
building
.
System chimney
(factory-made
chimney
) means a
chimney
that is installed using a combination of
compatible
chimney
components, obtained or specified from one manufacturing source with product
responsibility for the whole
chimney
.
Toilet
means an enclosed part of a
storey
which contains a watercloset, a waterless closet or a urinal,
which are properly installed for use.
Traditional building
means a
building
or part of a
building
of a type
constructed
before or around
1919:
a) using
construction
techniques that were commonly in use before 1919; and
b) with permeable components, in a way that promotes the dissipation of moisture from the
building
fabric.
Trickle ventilator
means a closeable small
ventilator
which can provide minimum ventilation.
or any other permanent form of demarcation from any space intended for human occupation,
including a
protected zone
.
Upper storey
means any
storey
which is above the level of the
ground storey
.
U-value
(or thermal transmittance co-efficient) is a measure of how much heat will pass through one
square metre of a structure when the temperatures on either side of the structure differ by 1 degree
Celsius (expressed in W/m2K).
site
—
u-value
domestic | appendix a | defined terms | 2010
dwelling
includes a door) capable of being opened to provide ventilation.
shower, bath, bidet, washbasin, sink, washing machine, floor gully and similar facility and also
includes rainwater when discharging in a
wastewater
drainage system.
Wind load
means the load due to the effects of wind pressure or suction.
"Work"
in relation to a
building
includes
work
carried out in relation to the enclosure and preparation
of the
site
of the
building
.
ventilator
—
work


---
layout: page
title: Hi, I'm Priyanshi
subtitle: CS Grad student at University of Massachusetts Amherst
use-site-title: true
---
I am currently pursuing Masters in Computer Science at UMass Amherst with specialization in Data Science. My research interests are in distributed systems and machine learning
I graduated from Nit Bhopal in 2017 with a major in Computer Science.


URL
Load
×
Load a service
×
Load an ESRI Collector offline database
Full path to .geodatabase file
×
Load an XML or JSON file
File path
×
Format JSON or XML text
Paste JSON or XML text in box and click button to load into frame above.


-
CURRENT MARKET
There has never been a better time than now to find the perfect location for your business. -
KEYS TO OUR SUCCESS
We’re real estate entrepreneurs who are passionate about helping others achieve their goals. -
SEARCH PROPERTIES
Let us go to work for you. Start by searching our list of available commercial properties.


Save annotation We are going to use Store plugin to save annotated text on a database. The plugin sends annotations data as JSON to the server so we just need to specify the API endpoint to store the data. As we are using annotator-full.min.js so core plugins are already added. If you are using annotator.min.js file then you need to add annotator.store.min.js file. Let’s update the script to attach store functionality.


Flash sale: Swoop offers flights for as little as $59 from Abbotsford
by Elana ShepertWhile it often costs less to fly to Paris from Vancouver than to Manitoba, Swoop is offering a number of extremely low fares as part of its latest sale.
Swoop’s Black Friday X Cyber Sale Monday Sale kicked off today with a smorgasbord of ultra-low domestic, transborder, and international fares. The sale runs until Dec. 3 at 11:59 p.m. or until the deals are sold out. Sale fares are available through Jan. 7 to Mar. 10, 2020.
Currently, the sale offers travel out of Abbotsford to three major destinations: Mazatlan, Puerto Vallarta, London, Ontario, Las Vegas, and Winnipeg. One-way fares start for as little as $59 CAD including all taxes and fees, such as the flight below, from Abbotsford to Winnipeg direct.
There are also a number of other great deals, such as Mazatlan for $99 and Las Vegas for $61, as well as Puerto Vallarta for only $118.63 CAD including all taxes and fees (see below).
Discover Puerto Vallarta
World-famous tequila, delectable Mexican cuisine, beautiful beaches, and beaming sunshine are just a few of the reasons why people visit Puerto Vallarta. And, while it can be fun just to kick and back and relax at a resort, this beautiful city is a great place to stay in. What’s more, there are a number of ancient ruins nearby that are fascinating to explore.
Flying Swoop: What to know before you go
Since Swoop flies out of Abbotsford, Vancouverites have to make a trip into the Fraser Valley in order to catch their flights. As a result, many locals skip the low-cost option because they don’t want to spend the extra time or money getting to the airport.
For those who are looking to save, but don’t want to spend big bucks on a cab or leaving their car at the airport, there is an alternative: Reliable Bus. Find out more information about the cost-effective transit option here.
Note: While the low-cost carrier is an extremely affordable alternative, it is worthwhile to note that there are a number of additional costs. For one, luggage will cost extra, as will selecting your own seat or even speaking to an operator. As such, it is worthwhile to factor in what you need to bring, or if you want to sit in a particular spot.
You can book your travel here.


{% extends "layout.html" %} {% block body %}
Welcome to Nigeria Online NIN Registration.
Here we allow citizens of Nigeria easily register their NIN numbers without any complaints.


Car Mileage Visualization
This set of visualizations have been created for the purpose of viewing and analyzing mileage, trip, gas prices, and fuel usage trends across mileage data. I hope to use these visualizations to analyze driving habits across the year, or find instances where driving and fuel efficiency could be improved.
The data for the visualization was collected from the vehicle's onboard computer, as well as when filling up the fuel tank. I plan to continue collecting data and adding it to the visualizations to see trends as time progress in the future.
Dataset
For reference, the car used for this data is a 2014 Honda Accord EX-L. I mostly use the car for commuting to and from school, but less frequently for various events, travel, groceries, etc.
I realize that these other use cases are not made clear in the usage data, but can still make a negative impact in terms of understanding why certain trends exist. I hope to resolve this in the future with either data filtering or additional visualization(s).
Average Miles Per Gallon Between Fillups
Average mileage, also known as average miles per gallon, is a simple way to view how efficiently one is driving, while abstracting away the actual distance driven in the given time period. In this case, we can put the miles per gallon against the date of a fillup and see how efficiently the car has been driven across time.
Mileage vs. Potential Miles
This visualization goes into more detail than the previous one in regards to the actual miles driven between fuel fillups. Across time, we can put the total miles driven from one fillup to another and get an idea as to how much distance we travel over the course of one fuel tank.
One of the nice things cars do these days is estimate the range that can be traveled given the amount of fuel remaining. We can stack this on top of the total miles driven to give insight into how many miles could be driven before the fillup needed to occur. It's possible that the fillup could be delayed a day or two, or for those who get antsy when the fuel is low and fill up early, maybe even a week.
Some information isn't apparent when viewing this visualization. It's entirely possible that the potential drivable miles is significantly higher because one filled up the tank early. However, this might have been done in anticipation of a long drive that was farther than the estimated range could provide.
Regardless, it's still a means to help understand how well one maximizes the fuel in their car in comparison to what the car calculates is possible.
Price Per Mile By Fillup Date
Price per mile is another metric to show how efficiently the car was driven over the course of time between fillups. More specifically, it relates the miles driven to the money spent on the fuel for that time period.
The price per gallon is retrieved when the fillup is made for that trip, and we can multiply that by the reciprocal of the average miles per gallon for that period between fillups.
This visualization gives insight into how effectively one is using their fuel in relation to how much they initially paid for it. For drivers, the goal is to reduce the price per mile value to maximize the travel distance per unit currency.
Fillup Frequency
The frequency at which fillups occur over time is another interesting metric because it provides insight into the time periods where fillups are required more often. This could be caused by inefficient mileage, more frequent trips, or a higher usage of fuel due to additional vehicle services.
We can look at frequency over all time to see if the month(s) show any trends in clustered fillup dates.
Credits
This visualization was created by Aditya Nivarthi.
Source
The source code for this visualization can be found here.