(Deprecated API)
(Deprecated API)
(Deprecated API)
Includes enterprise licensing and support
The Maps Data API allows client applications to view and update maps (and features on those maps) through the use of Google Data API feeds. These feeds are provided as URLs using the popular Atom standard. You programmatically create, alter and delete data using HTTP requests.
In addition to providing some background on the capabilities of the Maps Data API, this document provides a conceptual overview of Data API interactions using "raw" XML and HTTP operations.
In practical usage, you will likely not use raw HTTP request to perform these operations. As a result, we've provided client libraries for the Maps Data API in Java and JavaScript, which you can use in the development of your applications. You can learn more about interacting with the API using these client libraries by reading the programming-language-specific sections of this developer's guide.
This document is intended for programmers who want to write client applications that can interact with Google Maps Data API using XML and HTTP. Users who are using a client library instead of HTTP may also find this document helpful for a basic understanding of how the Maps Data API works "under the hood."
This document assumes that you understand the general ideas behind the Google Data APIs protocol, and that you're familiar with KML, Google Maps, and how data is typically presented on Google Maps.
If you're using a UNIX system and you want to try initiating requests in this
document without writing any code, you may find the UNIX command-line utilities
curl
or wget
useful; for more information, see the
manual pages for those utilities.
For Maps Data API reference information, consult the HTTP Protocol Reference. That document contains a complete reference of all HTTP operations provided by the Maps Data API. Each supported client library also has an associated reference as well.
Using the Maps Data API requires the following:
GET
,PUT
, POST
and DELETE
requests. See Using cURL to interact with Google Data services for step-by-step instructions.The following sections describe these concepts in detail.
Maps are stored and associated with user IDs attached to a Google Account. If you do not currently have a Google account, sign up for one here.
The Maps Data API manipulates maps which appear within the MyMaps feature on Google Maps. MyMaps includes two types of maps: Public, and Unlisted. A sample MyMap is shown below:
You can use MyMaps within your browser to inspect the state of your map after data updates. Additionally, if you create Public maps, these will be indexed and may show up in search results. Note that you do not need to use MyMaps to present your data. Any application that can present KML is an appropriate "browser" for data returned by the Maps Data API.
You may only access your own maps using the Maps Data API. You must authenticate to read private maps within a maps feeds. It can authenticate using either of two approaches:
Note: Map feeds which contain both public and unlisted maps are denoted as private map feeds within this document.
For more information about authentication with Google Data APIs in general, see the authentication documentation.
AuthSub Proxy Authentication is used by web applications that need to
authenticate to a (Google Account) user's data. Rather than authenticating
directly, applications using AuthSub
will first make an AuthSub
HTTP request
for a particular user's data. This request will trigger a notification to the
user, who can either approve or deny the request. If approved, the AuthSub
service generates an authentication token which the web application can
use for authentication purposes.
The AuthSub
authentication mechanism allows Maps Data API users to grant
access to web applications without needing to provide the third-party with
username or password details. Tokens may be provided for single-usage
or as "session" tokens, which don't expire. Additionally, secure tokens may also
be generated, though only for applications which are registered with Google and
have a security certificate on file.
For more detailed information, see the AuthSub documentation.
When a user first visits your application, they have not yet been
authenticated. You should display appropriate information alerting them of this
and provide a link to the Google AuthSubRequest
URL:
https://www.google.com/accounts/AuthSubRequest
An AuthSub
is initiated via an AuthSubRequest
request URL with the following parameters:
http://maps.google.com/maps/feeds/
. (This parameter
should be URL-encoded.)A typical Maps Data API AuthSubRequest URL might look like this:
https://www.google.com/accounts/AuthSubRequest?scope=http%3A%2F%2Fmaps.google.com%2Fmaps%2Ffeeds%2Fmaps%2F&session=1&secure=0&next=http%3A%2F%2Fwww.example.com%2Fwelcome.html
Note that this URL is URL-encoded. For more information about URL encoding, see http://en.wikipedia.org/wiki/Percent-encoding.
Once the user authenticates, the AuthSub
system will redirect them to the URL
you specified in the next
query parameter of the AuthSubRequest
URL. The AuthSub
system appends an authentication token to that URL, as the
value of the token
query parameter. For example:
http://www.example.com/welcome.html?token=authorization_token
Since all requests to private map feeds require authentication you must
set an Authorization
header in all
subsequent interactions with the Maps Data API, using the following format:
Authorization: AuthSub auth=authorization_token
For complete information about AuthSub
authentication, consult the
AuthSub Authentication for Web
Applications documentation.
ClientLogin authentication uses more traditional username/password requests
to authenticate an application. Typically, this authentication scheme is useful
for standalone, single-user clients (such as a desktop application). ClientLogin
is also useful for testing purposes. The ClientLogin
scheme generates an
authentication token so that future actions can reference the token rather
than require further username/password authentications. Additionally,
ClientLogin authentication can be extended to use CAPTCHAs™ or other
enhancements.
To request an authentication token using the ClientLogin
mechanism, send a
secure HTTP (HTTPS) POST
request to the ClientLogin
URL:
https://www.google.com/accounts/ClientLogin
The POST
body must be constructed as a form post with default
encoding application/x-www-form-urlencoded
. The body of the POST
request should specify the set of query parameters:
GOOGLE
;
if you want to support Google Apps for Your Domain users, use
HOSTED_OR_GOOGLE
.local
). (For other service
names, see the
service name list.)Upon successful authentication, the server returns an HTTP 200 OK
status code, plus three alphanumeric codes in the body of the response:
SID
, LSID
, and Auth
. The Auth
value contains the authorization token that you'll use to authenticate
to the Maps Data API on subsequent maps-feed requests. (You can ignore the
SID
and LSID
values.)
Since all requests to private map feeds require authentication you must set
an Authorization
header in all
subsequent interactions with the Maps Data API, using the following format:
Authorization: GoogleLogin auth=authorization_token
For more information about ClientLogin
authentication, including sample
requests and responses, see the
Authentication for Installed
Applications documentation.
The Maps Data API provides a feed that lists the maps created by a particular
user; this feed is known as a "metafeed". A typical Maps Data API
metafeed is a GET
request of the following form:
# # The default feed requests all maps associated with the authenticated user # GET http://maps.google.com/maps/feeds/maps/default/full Authorization: GoogleLogin auth="authorization_token" # # The standard metafeed requests all maps associated with the # associated userID # GET http://maps.google.com/maps/feeds/maps/userID/full Authorization: GoogleLogin auth="authorization_token"
Note that both GET
requests require an Authorization
HTTP header, passing an AuthSub
or GoogleLogin
token, depending on which authentication scheme you've implemented. (The
GoogleLogin
token corresponds to the ClientLogin
authentication
process.)
The default metafeed requests all maps created by the user associated with the passed authentication token. (Additionally the default metafeed is useful for determing your userID, which is included in the response.)
The standard metafeed returns all feeds associated with a given userID. If the userID matches your authentication token, all private, public and unlisted maps will be returned. This userID is a unique token associated with your Google account username and is returned by the default metafeed noted above.
The metafeed request generates an XML response that looks like the following:
<?xml version='1.0' encoding='utf-8'?> <feed xmlns='http://www.w3.org/2005/Atom' xmlns:openSearch='http://a9.com/-/spec/opensearchrss/1.0/' xmlns:batch='http://schemas.google.com/gdata/batch' xmlns:gd='http://schemas.google.com/g/2005'> <id> http://maps.google.com/maps/feeds/maps/userID/full</id> <updated>2009-04-15T18:46:47.269Z</updated> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/maps/2008#map' /> <title type='text'>My maps</title> <link rel='alternate' type='text/html' href='http://maps.google.com/maps/ms?msa=1' /> <link rel='http://schemas.google.com/g/2005#feed' type='application/atom+xml' href='http://maps.google.com/maps/feeds/maps/userID/full' /> <link rel='http://schemas.google.com/g/2005#batch' type='application/atom+xml' href='http://maps.google.com/maps/feeds/maps/userID/full/batch' /> <link rel='http://schemas.google.com/g/2005#post' type='application/atom+xml' href='http://maps.google.com/maps/feeds/maps/userID/full' /> <author> <name>Tom</name> </author> <openSearch:totalResults>3</openSearch:totalResults> <openSearch:startIndex>1</openSearch:startIndex> <openSearch:itemsPerPage>3</openSearch:itemsPerPage> +<entry> +<entry> +<entry> ... </feed>
The XML response contains an <id>
element which
defines the metafeed for this user account. Within that URL is the requestor's
userID which you can use within additional requests. (You can also use
the explicit Google account email address associated with this user in place of
this userID.
The XML response also contains <entry>
elements for each
map available for access by the authenticated user. These <entry>
elements only contain meta information about the map; they do not
contain specific feature information about maps. You will need to request
specific information about a map to gain a full listing of features attached to
the map. (See Retrieving Features below.)
Additionally the response contains several link elements:
#feed
which defines the full maps metafeed#batch
which defines a URL for
batch processing
#post
which defines a URL for POST
new map elementsNote: if you request a feed for a non-authenticated
user (i.e. not yourself), you will not receive a #post
feed URL.
Each <entry>
also contains a number of elements that
contain more information about a specific map. A sample entry returned by the
metafeed is shown below:
<entry> <id> http://maps.google.com/maps/feeds/maps/userID/full/elementID</id> <published>2009-04-14T05:36:43.283Z</published> <updated>2009-04-14T05:41:44.564Z</updated> <app:edited xmlns:app='http://www.w3.org/2007/app'> 2009-04-16T20:45:16.072Z</app:edited> <app:control xmlns:app='http://www.w3.org/2007/app'> <app:draft>yes</app:draft> </app:control> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/maps/2008#map' /> <title type='text'>Bike Ride, 10 Years Old</title> This was my first long trip on a bicycle that I remember as a child. <content src='http://maps.google.com/maps/feeds/features/userID/elementID/full'/> <link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/maps/userID/full/elementID' /> <link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/maps/userID/full/elementID' /> <author> <name>Tom</name> </author> </entry>
Note that each entry contains:
<id>
element containing a URL used to specify this
particular entry (map).<title>
and
element, which
correspond to the title and description entered within the My Maps editor.<link>
elements containing URLS for performing
operations on this map:
self
for requesting this information on this element.
This feed simply returns the entry you see here.edit
for PUT
requests to update information in
this element<author>
and <name>
elements
describing the author of this map.<content>
element whose src
attribute specifies the
feed for retrieving the full list of features for this map.Note that the map entry does not itself describe any of its feature content (markers, polylines,polygons, etc.) To retrieve that additional information, you will need to request a feature feed on a map. (See Requesting Features below.)
For complete information about these elements, consult the Maps Data API feed elements reference guide, Google Data APIs Protocol Reference document, or the Atom 1.0 specification.
In addition to http://maps.google.com/maps/feeds/maps/default/full
, which
retrieves all feeds associated with a given user, the following subsets are available:
http://maps.google.com/maps/feeds/maps/default/owned
returns all maps
created by the userhttp://maps.google.com/maps/feeds/maps/default/public
returns all
public maps created by the userhttp://maps.google.com/maps/feeds/maps/default/unlisted
returns all
unlisted maps created by the userThe fundamental <entry>
within a Maps Data API feed is an
instance of a map. Using the Maps Data API, you may perform the following
operations on maps:
Each of these operations is discussed in the following sections.
To retrieve a map, simply initiate a GET
request to the
self
URL specified within the map's entry.
GET http://maps.google.com/maps/feeds/maps/userID/full/mapID Authorization: GoogleLogin auth="authorization_token"
Upon success, the server responds:
200 OK <?xml version='1.0' encoding='utf-8'?> <entry xmlns='http://www.w3.org/2005/Atom' xmlns:batch='http://schemas.google.com/gdata/batch' xmlns:gd='http://schemas.google.com/g/2005'> <id> http://maps.google.com/maps/feeds/maps/userID/full/elementID</id> <published>2009-04-14T05:36:43.283Z</published> <updated>2009-04-14T05:41:44.564Z</updated> <app:edited xmlns:app='http://www.w3.org/2007/app'> 2009-04-16T20:45:16.072Z</app:edited> <app:control xmlns:app='http://www.w3.org/2007/app'> <app:draft>yes</app:draft> </app:control> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/maps/2008#map' /> <title type='text'>Bike Ride, 10 Years Old</title> This was my first long trip on a bicycle that I remember as a child. <content src='http://maps.google.com/maps/feeds/features/userID/elementID/full' /> <link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/maps/userID/full/elementID' /> <link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/maps/userID/full/elementID' /> <author> <name>Tom</name> </author> </entry>
Note that this entry is identical to the entry returned within the full
maps metafeed. Generally, you either use the maps metafeed or GET
a specific map, but there's usually not a reason to do both.
Authenticated applications can publish new maps by using the metafeed's
#post
URL. The Maps Data API accepts uploads in XML, CSV, and KML formats.
To create a new map, first create an XML representation of the map to
publish. This XML needs to be in the form of an Atom <entry>
element, which typically looks like this:
<entry xmlns="http://www.w3.org/2005/Atom"> <title>Bike Ride, 10 Years Old</title>  </entry>
To publish this entry, send the XML file to the map's post URL as follows:
<entry>
element in the body of
a new POST
request, using the application/atom+xml
content type. Make sure to declare xmlns="http://www.w3.org/2005/Atom"
as the default namespace.Second, find the map's POST
URL in the metafeed by locating the
<link>
element which contains s rel
attribute
ending with #post
.This post URL is of this format:
http://maps.google.com/maps/feeds/maps/userID/full
Initiate the POST
request as follows:
POST http://maps.google.com/maps/feeds/maps/userID/full Content-type: application/atom+xml Authorization: GoogleLogin auth="authorization_token" <entry xmlns="http://www.w3.org/2005/Atom"> <title>My Map</title> My Description </entry>
The Maps Data API creates a map using the entry you sent, then returns an
HTTP 201 CREATED
status code, along with a copy of the new map in
the form of an <entry>
element. The entry returned is the
same one you sent, but also contains various elements added by Maps Data API,
such as an <id>
element and creation information.
If your request fails for some reason, the Maps Data API may return a different status code. For information about the status codes, see the Google Data API protocol reference document.
CSV files can be uploaded to the Maps Data API, to create a new map containing the specified Point Placemarks.
POST http://maps.google.com/maps/feeds/maps/default/full GData-Version: 2.0 Authorization: GoogleLogin auth="authorization_token" Content-Type: text/csv Slug: A new map name,latitude,longitude,description Hello,-77.066395,-11.968312,Greetings from Lima! There,145.34502,-38.51512,Out There Down Under How,-88.421001,44.970465,How is Wisconsin? Are,13.084501,63.399164,Sorry about that You,140.637898,42.842568,I love you Hokkaido
The map's title will be set to the value specified in the Slug
header. In the example above, the title is set to "A new map".
The CSV file must contain a schema line as the first line of the file. This line must include latitude
and longitude
labels (case insensitive) and can also include any number of additional labels. Reserved labels are:
<coordinates>
element.<coordinates>
element.<name>
element.<description>
element.id
attribute as feature-xxx
.
For example, an entry in the feature-id
column of
46 would result in
<Placemark id="feature-46">
.Labels can be in any order:
name,latitude,longitude,description,type,population
Additional labels will be saved as <ExtendedData>
elements.
For example, the following line of CSV, using the schema above:
Hello,-77.066395,-11.968312,Greetings from Lima!,capital,7605743
will result in the following KML:
<Placemark> <name>Hello</name> <description>Greetings from Lima!</description> <ExtendedData> <Data name="type"><value>capital</value></Data> <Data name="population"><value>7605743</value></Data> </ExtendedData> <Point> <coordinates>-11.968312,-77.066395</coordinates> </Point> </Placemark>
If your data includes a comma in any of its fields, you must surround that field with quotation marks:
Name,Longitude,Latitude,Description "White Bear Lake, MN",-93.00994,45.08468,Somewhere I once lived.
To use quotation marks in any field, you must surround the field and the quote with quotation marks:
Somewhere,-98.484246,39.011902,"This is where ""Somewhere Over the Rainbow"" is from"
Tip: A Google Docs spreadsheet's Save as CSV option uses the same escaping rules as are detailed above. A spreadsheet exported with the Save as CSV option can be uploaded directly to the Google Maps Data API.
If the new map creation is successful, the server will respond with an HTTP 201 CREATED
status code, along with a copy of the new map and its features as an Atom-formatted entry.
If there are errors creating the map, a detailed report of the failures is returned. Check that all lines in your CSV file contain the same number of columns, and that latitude and longitude are in decimal degrees.
KML files can be uploaded to the map feed URL to create a new map in the user's account.
POST http://maps.google.com/maps/feeds/maps/default/full GData-Version: 2.0 Authorization: GoogleLogin auth="authorization_token" Content-Type: application/vnd.google-earth.kml+xml <?xml version="1.0" encoding="utf-8"?> <kml xmlns="http://www.opengis.net/kml/2.2"> <Folder> <Placemark> <name>Hello</name>  <LineString> <tessellate>1</tessellate> <coordinates>-73.872446,40.774481,0.0 ... -74.005537,40.671329,0.0</coordinates> </LineString> </Placemark> </atom:content> <atom:link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/features/userID/mapID/full/featureID' /> <atom:link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/features/userID/mapID/full/featureID' /> <atom:author> <atom:name>Tom</atom:name> </atom:author> <atom:contributor> <atom:name>Tom</atom:name> </atom:contributor> </atom:entry>
This feature entry looks similar to a map entry but there are some differences.
First, the elements within this entry generally contain
an atom:
namespace prefix with KML specified as the default
namespace. This allows you to extract and replace KML without needing to
preface the KML elements with a kml:
namespace.
Second, the <content>
element has a type set to
application/vnd.google-earth.kml+xml
. You must use this content
type when adding or updating feature elements.
Third, the content consists of standard KML (which has been abbreviated for clarity).
Note that this feature entry is identical to the feature entry returned
within the full feature feed. Generally, you either use the feature feed or
GET
a specific feature, but there's usually not a reason to do
both.
Authenticated applications can publish new features to maps by using the
feature feed's #post
URL.
To create a new feature, first create an KML <Placemark>
as noted above. This KML needs to be in the form of an Atom
<entry>
element, which typically looks like this:
<atom:entry xmlns='http://www.opengis.net/kml/2.2' xmlns:atom='http://www.w3.org/2005/Atom'> <atom:title type='text'>Faulkner's Birthplace</atom:title> <atom:content type='application/vnd.google-earth.kml+xml'> <Placemark> <name>Faulkner's Birthplace</name> <description/> <Point> <coordinates>-89.520753,34.360902,0.0</coordinates> </Point> </Placemark> </atom:content> </atom:entry>
Note: KML presents geographic coordinates in the order of {longitude,latitude,elevation} which is different than the standard Maps API usage of {latitude,longitude}.
To publish this feature entry, send the XML file to the map's post URL as follows:
<entry>
element in the
body of a new POST
request, using the
application/atom+xml
content type. Note that you should declare the
default namespace for KML and use atom:
prefixes for the Atom
namespace.Second, find the feature's POST
URL in the feature feed by
locating the <link>
element which contains a
rel
attribute ending with #post
.This post URL is of
this format:
http://maps.google.com/maps/feeds/features/userID/mapID/full
Initiate the POST
request as follows:
POST http://maps.google.com/maps/feeds/features/userID/mapID/full Content-type: application/atom+xml Authorization: GoogleLogin auth="authorization_token" <atom:entry xmlns='http://www.opengis.net/kml/2.2' xmlns:atom='http://www.w3.org/2005/Atom'> <atom:title type='text'>Faulkner's Birthplace</atom:title> <atom:content type='application/vnd.google-earth.kml+xml'> <Placemark> <name>Faulkner's Birthplace</name> <description/> <Point> <coordinates>-89.520753,34.360902,0.0</coordinates> </Point> </Placemark> </atom:content> </atom:entry>
The Maps Data API creates a new feature attached to the map using the entry
you sent, then returns an HTTP 201 CREATED
status code, along with
a copy of the new feature in the form of an <atom:entry>
element.
The entry returned is the same one you sent, but also contains various elements
added by Maps Data API, such as an <atom:id>
element and creation
information.
If your request fails for some reason, the Maps Data API may return a different status code. For information about the status codes, see the Google Data API protocol reference document.
To update an existing feature, first retrieve the feature entry you want to
update, modify its XML, and then send a PUT
request to the
feature's edit URL, passing the updated XML. Be sure to set the
application/atom+xml
content type within the PUT
request's header. Also ensure that the <id>
value in the
entry you PUT
exactly matches the <id>
of the
existing feature.
In the following example, we change the feature's description by adding some HTML within a CDATA element:
PUT http://maps.google.com/maps/feeds/features/userID/mapID/full/featureID Content-type: application/atom+xml Authorization: GoogleLogin auth="authorization_token" <atom:entry xmlns='http://www.opengis.net/kml/2.2' xmlns:atom='http://www.w3.org/2005/Atom'> <atom:title type='text'>Faulkner's Birthplace</title> <atom:content type='application/vnd.google-earth.kml+xml'> <Placemark> <name>Faulkner's Birthplace</name> <description> <![CDATA[
William Faulkner adopted Oxford, Mississippi as his hometown when his family moved to Oxford from nearby New Albany when he was three.
 ]]> </description> <Point> <coordinates>-89.520753,34.360902,0.0</coordinates> </Point> </Placemark> </atom:content> <atom:author> <atom:name>Tom</name> </atom:author> </atom:entry>
IMPORTANT: To ensure forward compatibility,
be sure that when you PUT
an updated entry, you preserve
all XML that was present when you retrieved the entry from Maps
Data API. Otherwise, when we implement new functionality and include
<new-awesome-feature>
elements in the feed, your client
won't return them and your users will miss out. The
Google Data API client libraries all
handle this correctly, so if you're using one of the libraries you're all set.
Troubleshooting Tip: Some firewalls block HTTP
PUT
requests. As a workaround, you can include a
X-HTTP-Method-Override: PUT
header in a POST
request.
For details, see the Google Data API protocol
basics document.
To delete a feature, send a DELETE
request to the feature's
edit URL. This is the same URL used to update a
feature.
DELETE http://maps.google.com/maps/feeds/features/userID/mapID/full/featureID Authorization: GoogleLogin auth="authorization_token"
Troubleshooting Tip: Some firewalls block HTTP
DELETE
messages. To get around this, you can include a
X-HTTP-Method-Override: DELETE
header in a POST
request. For details, see the Google Data API
protocol basics document.
Note: To update existing features, see Updating Features; don't update features by deleting and then re-adding them.
The Maps Data API can potentially involve large datasets. We've implemented programmatic search to allow you to select features on a map according to different search criteria. Currently, the Maps Data API supports spatial search (search over an area of the map) as well as attribute search (search over the attributes of features of the map). Each of these searches is accomplished by appending search parameters to a Search Feed.
Search feed URLs are similar to Feature Feed URLs and of the following form:
GET http://maps.google.com/maps/feeds/features/userID/mapID/snippet?searchParameters Authorization: GoogleLogin auth="authorization_token"
The following search parameters are currently supported:
mq
implements a maps query, passing an array of one or more
attribute matches. (See Attribute Search below.)box
specifies the bounding box of a geographic area over which to
implement the search. The box
parameter takes four comma-separate
arguments in the order west,south,east,north. (See
Spatial Search below.)lat
and lng
specifies a center point from which
to implement the search. This location is used in conjunction with the
radius
argument to specify a circular area over which to search.
(See Spatial Search below.)radius
specifies the radius, in meters, from a center point
(specified in the lat
and lng
parameters), over which
to implement a search. (See Spatial Search below.)sortby
indicates that the results should be returned sorted by
a passed constraint. Currently, only sortby=distance
is supported.
(See Sorting Searches below.)The /snippet
suffix indicates that the feed returns only summary information
on matched features, rather than complete features. As with Feature Feeds, you will need
to request individual features via their ID values to get complete information for the
matched features.
Spatial searches are implemented within the Maps Data API by restricting matched features to those within a certain defined area. This area may be defined in two ways:
To define a bounding box, pass box=west,south,east,north
,
where each boundary defines the latitude (north, south) or longitude (east,west)
of the bounding box.
The following example restricts a search to (roughly) Colorado:
GET http://maps.google.com/maps/feeds/features/userID/mapID/snippet?box=-109,37,-102,41 Authorization: GoogleLogin auth="authorization_token"
To define a circular area, pass a center location within the lat
and lng
parameters, and a radius
in meters.
The following example restricts a search to within 10 kilometers of New York's City Hall:
GET http://maps.google.com/maps/feeds/features/userID/mapID/snippet?lat=40.7142691&lng=-74.0059729&radius=10000 Authorization: GoogleLogin auth="authorization_token"
Note: the lat
and lng
areas may
also be used within bounding boxes to define an optional center point. This center
point may be useful if you wish to sort the returned features based on distance.
(See Sorting Searches below.)
In addition to a spatial search, you can also implement an attribute search over
your feature's structured data. Structured queries are implemented with the mq
parameter, which passes an array of one or more key/value pairs to match within the map's
set of features.
For example, the following query would implement a search over all features in a
map containing attributes pool:true
and price:budget
:
GET http://maps.google.com/maps/feeds/features/userID/mapID/snippet?mq=[pool:true][price:budget] Authorization: GoogleLogin auth="authorization_token"
Searching over attributes requires that your passed key/value pairs match equivalent key/value pairs within the feature element's structured data. Matches must be exact for both keys and values.
Attributes may be stored within a feature using one of two ways:
<gd:customProperty>
element.
In this case, the search key must match the property's name
attribute, while
the search's value must match the contents of the element.<Data>
elements within a KML feature's <ExtendedData>
.
In this case, the search key must match the <Data>
element's name
attribute, while the search's value must match the <Data>
element's
value
element.A sample custom property is shown below:
<gd:customProperty name='pool'>true</gd:customProperty> <gd:customProperty name='price'>budget</gd:customProperty>
The same property as <ExtendedData>
in KML is shown below:
<ExtendedData> <Data name="pool"><value>true</value></Data> <Data name="price"><value>budget</value></Data> </ExtendedData>
Normally, results returned from a search may appear in any order. You may wish instead
to sort the results by passing a sortby
parameter which takes the (currently
only) possible value:
distance
indicates that results should be sorted based on distance from
a passed lat
and lng
value. Results closest to the passed
location are sorted first.The following example sorts data based on an attribute search from the distance to San Francisco, CA:
GET http://maps.google.com/maps/feeds/features/userID/mapID/snippet?mq=[pool:true][price:budget]&lat=37.7749295&lng=-122.4194155&sortby=distance Authorization: GoogleLogin auth="authorization_token"
The Google Data API provides methods to control access to your maps. Individual users can be granted priviledges, and a default access level can be set for all users not specifically named.
Access control is accomplished using the google.gdata.acl
class.
Each map has one ACL feed, containing one or more ACL entries. Each entry
specifies a scope and a role; the
scope defines the user affected, and the
role defines their access level. All feeds contain an entry
for the default
scope, which applies to all users without their
own entry.
Allowed scopes in the Maps Data API are:
Allowed roles are explained in the table below.
| Role | Map | Features | ACL |
|---|---|---|---|
owner (not valid with default scope) |
View - Edit | View - Add - Edit - Delete | View - Edit |
reader |
View | View | View |
writer |
View - Edit | View - Add - Edit - Delete | View |
appender |
- | Add | - |
readappender |
View | View - Add | View |
default |
Explicitly grants a user the same role as is granted the default scope. | ||
none |
Assigning a role of none to a user will remove
that user's ACL entry. |
The creator of a map always has full permission to the map, its features, and its ACL, regardless of any changes to the owner's ACL entry. A map can only be deleted by its creator.
To retrieve the ACL for a map, initiate a GET request to the ACL URL:
GET http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full Authorization: GoogleLogin auth="authorization_token"
userID
and mapID
can be obtained by examining the
<id>
element of a map's XML (see
Retrieving a List of Maps).
The response will look similar to the example below:
<?xml version='1.0' encoding='UTF-8'?> <feed xmlns='http://www.w3.org/2005/Atom' xmlns:app='http://www.w3.org/2007/app' xmlns:openSearch='http://a9.com/-/spec/opensearch/1.1/' xmlns:gAcl='http://schemas.google.com/acl/2007'> <id>http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full</id> <updated>2010-02-05T22:40:50.658Z</updated> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/> <link rel='http://schemas.google.com/g/2005#feed' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full'/> <link rel='http://schemas.google.com/g/2005#post' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full'/> <link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full'/> <openSearch:startIndex>1</openSearch:startIndex> <entry> <id>http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Ajohn%40gmail.com</id> <updated>2010-02-05T22:40:50.658Z</updated> <app:edited>2010-02-05T22:40:50.658Z</app:edited> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/><EMAIL_ADDRESS><EMAIL_ADDRESS><link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Ajohn%40gmail.com'/> <link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Ajohn%40gmail.com'/> <gAcl:role value='appender'/> <gAcl:scope type='user'<EMAIL_ADDRESS></entry> <entry> <id>http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/default</id> <updated>2010-02-05T22:40:50.658Z</updated> <app:edited>2010-02-05T22:40:50.658Z</app:edited> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/> <title>default</title> <content>default</content> <link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/default'/> <link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/default'/> <gAcl:role value='writer'/> <gAcl:scope type='default'/> </entry> <entry> <id>http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Abob%40gmail.com</id> <updated>2010-02-05T22:40:50.658Z</updated> <app:edited>2010-02-05T22:40:50.658Z</app:edited> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/><EMAIL_ADDRESS><EMAIL_ADDRESS><link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Abob%40gmail.com'/> <link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Abob%40gmail.com'/> <gAcl:role value='owner'/> <gAcl:scope type='user'<EMAIL_ADDRESS></entry> </feed>
An individual ACL entry's feed can be retrieved by initiating a GET request to that entry's unique URL. This URL is contained within the ACL feed, or can be created by appending the scope type and scope value to the end of the ACL feed URL, as follows:
ACL_feed_URL/scope_type%3Ascope_value
For example:
GET http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Abob%40gmail.com Authorization: GoogleLogin auth="authorization_token"
The response will look similar to the example below:
<?xml version='1.0' encoding='UTF-8'?> <entry xmlns='http://www.w3.org/2005/Atom' xmlns:app='http://www.w3.org/2007/app' xmlns:gAcl='http://schemas.google.com/acl/2007'> <id>http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Abob%40gmail.com</id> <updated>2010-02-06T00:17:42.534Z</updated> <app:edited>2010-02-06T00:17:42.534Z</app:edited> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/><EMAIL_ADDRESS><EMAIL_ADDRESS><link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Abob%40gmail.com'/> <link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Abob%40gmail.com'/> <gAcl:role value='owner'/> <gAcl:scope type='user'<EMAIL_ADDRESS></entry>
There are two supported ways of adding a new entry to a list, or updating an existing entry.
Initiating a properly-formatted POST request to the ACL URL will add a new entry to the list. If an entry with the same scope already exists, the role will be updated with the value sent in the POST request.
POST http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full Authorization: GoogleLogin auth="authorization_token" <entry xmlns='http://www.w3.org/2005/Atom' xmlns:app='http://www.w3.org/2007/app' xmlns:gAcl='http://schemas.google.com/acl/2007'>
<category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/>
<gAcl:role value='owner'/><gAcl:scope type='user'<EMAIL_ADDRESS></entry>
The response will look similar to the example below:
<?xml version='1.0' encoding='UTF-8'?> <entry xmlns='http://www.w3.org/2005/Atom' xmlns:app='http://www.w3.org/2007/app' xmlns:gAcl='http://schemas.google.com/acl/2007'> <id>http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%mike%40gmail.com</id> <updated>2010-02-06T00:38:47.023Z</updated> <app:edited>2010-02-06T00:38:47.023Z</app:edited> <category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/><EMAIL_ADDRESS><EMAIL_ADDRESS><link rel='self' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Amike%40gmail.com'/> <link rel='edit' type='application/atom+xml' href='http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Amike%40gmail.com'/> <gAcl:role value='owner'/> <gAcl:scope type='user'<EMAIL_ADDRESS></entry>
A PUT request can be initiated to the entry's edit URL. This URL can be
obtained by examining the <link>
element containing
rel='edit'
. The URL can also be calculated by appending the scope
type and scope value to the end of the ACL feed URL, as follows:
ACL_feed_URL/scope_type%3Ascope_value
The appended value must match the scope indicated in the <gAcl:scope>
element.
PUT http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Amike%40gmail.com Authorization: GoogleLogin auth="authorization_token" <entry xmlns='http://www.w3.org/2005/Atom' xmlns:app='http://www.w3.org/2007/app' xmlns:gAcl='http://schemas.google.com/acl/2007'>
<category scheme='http://schemas.google.com/g/2005#kind' term='http://schemas.google.com/acl/2007#accessRule'/>
<gAcl:role value='owner'/><gAcl:scope type='user'<EMAIL_ADDRESS></entry>
If an entry with the same scope already exists, the role will be updated with the value sent in the PUT request.
To remove an entry from an ACL, you may either initiate a DELETE request
against the edit URL of the entry, or you may
update the entry to set
<gAcl:role value="none" />
.
To initiate a DELETE request:
DELETE http://maps.google.com/maps/feeds/acl/maps/userID/mapID/full/user%3Amike%40gmail.com Authorization: GoogleLogin auth="authorization_token"


NetBIOS class¶
- To use the NetBIOS class in your application,
- Create a new NetBIOS instance
- Call queryName method for each name you wish to query. The method will block until a reply is received from the remote SMB/CIFS service, or until timeout.
- When you are done, call close method to release the underlying resources.
-
class
nmb.NetBIOS.
NetBIOS
(broadcast=True, listen_port=0)[source]¶ -
__init__
(broadcast=True, listen_port=0)[source]¶ Instantiate a NetBIOS instance, and creates a IPv4 UDP socket to listen/send NBNS packets.
Parameters: - broadcast (boolean) – A boolean flag to indicate if we should setup the listening UDP port in broadcast mode
- listen_port (integer) – Specifies the UDP port number to bind to for listening. If zero, OS will automatically select a free port number.
-
close
()[source]¶ Close the underlying and free resources.
The NetBIOS instance should not be used to perform any operations after this method returns.
Returns: None
-
queryIPForName
(ip, port=137, timeout=30)[source]¶ Send a query to the machine with ip and hopes that the machine will reply back with its name.
The implementation of this function is contributed by Jason Anderson.
Parameters: - ip (string) – If the NBNSProtocol instance was instianted with broadcast=True, then this parameter can be an empty string. We will leave it to the OS to determine an appropriate broadcast address. If the NBNSProtocol instance was instianted with broadcast=False, then you should provide a target IP to send the query.
- port (integer) – The NetBIOS-NS port (IANA standard defines this port to be 137). You should not touch this parameter unless you know what you are doing.
- timeout (integer/float) – Number of seconds to wait for a reply, after which the method will return None
Returns: A list of string containing the names of the machine at ip. On timeout, returns None.
-
queryName
(name, ip='', port=137, timeout=30)[source]¶ Send a query on the network and hopes that if machine matching the name will reply with its IP address.
Parameters: - ip (string) – If the NBNSProtocol instance was instianted with broadcast=True, then this parameter can be an empty string. We will leave it to the OS to determine an appropriate broadcast address. If the NBNSProtocol instance was instianted with broadcast=False, then you should provide a target IP to send the query.
- port (integer) – The NetBIOS-NS port (IANA standard defines this port to be 137). You should not touch this parameter unless you know what you are doing.
- timeout (integer/float) – Number of seconds to wait for a reply, after which the method will return None
Returns: A list of IP addresses in dotted notation (aaa.bbb.ccc.ddd). On timeout, returns None.
-


Last updated: August 25, 2021
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Lady Colin Campbell Claims Using ‘Underage Sex Workers Doesn’t Count As Paedophilia’
by Julia BanimLady Colin Campbell has left Good Morning Britain viewers disgusted after claiming soliciting ‘underage sex workers doesn’t count as paedophilia’.
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The 70-year-old writer and socialite made the shocking claims during a discussion about convicted sex offender Jeffrey Epstein who had hired underage girls for sex work.
Causing host Piers Morgan to react with outrage, Lady Campbell appeared to suggest there was a difference between paedophilia and soliciting underage girls for sex work.
Advertisements
You can watch the shocking segment for yourself below:
Speaking on the subject of Epstein and his convictions, Lady Campbell said:
You all seem to have forgotten that Jeffrey Epstein, the offence for which he was charged and for which he was imprisoned, was for soliciting prostitution from minors.
That is not the same thing as paedophilia.
A visibly horrified Piers Morgan then asked Lady Campbell what she would describe it as, to which she simply responded, ‘prostitution’.
Piers replied:
Advertisements
If you solicited a 14-year-old for prostitution, you’re a paedophile.
It was at this point that Lady Campbell said, ‘It doesn’t matter,’ sparking further anger.
Morgan exploded:
It does matter. You’re procuring an underage girl for sex! That’s what he was convicted of! I’m sorry, I’m sorry, with respect, that is nonsense.
Lady Campbell then went on to claim there was a difference between a child and a minor, causing outrage amongst viewers, responding:
Advertisements
Was he? 14? Well, I’m not justifying Jeffrey Epstein, Paedophilia, I suspect there’s a difference between a minor and a child.
One viewer said:
A 14 year old is not a child? I wonder what her reaction would have been if the 14 year old had been a member of her family?
Another commented:
#LadyColinCampbell can’t believe what’s coming out of her mouth! First person I’ve heard sticking up for #pedoprince hang your head in shame!!
Jeffrey Epstein was found dead in his prison cell on Saturday, August 10. He had served 13-months in custody with work release as part of an arranged plea deal, where federal officers identified as many as 36 young girls had been molested.
If you have been affected by any of the issues in this article and wish to speak to someone in confidence contact the Rape Crisis England and Wales helpline on 0808 802 9999 (12-2:30 and 7-9:30). Alternatively you can contact Victim Support on 08 08 16 89 111.
 You can contact the organisation on its website or on its helpline – 0808 800 5005.
Jules studied English Literature with Creative Writing at Lancaster University before earning her masters in International Relations at Leiden University in The Netherlands (Hoi!). She then trained as a journalist through News Associates in Manchester. Jules has previously worked as a mental health blogger, copywriter and freelancer for various publications.


--- layout: post title: How to setup University of Nottingham email on an iPhone date: 2011-10-19 09:42:22.000000000 +01:00 type: post published: true status: publish categories: [] tags: [] meta: _edit_last: '1' tmac_last_id: '618797374853414912' author: David Simpson excerpt_separator: ---
This is a mirror of a previous article I wrote and maintained (between October 2009 & August 2010) while I was working at the University of Nottingham. It's included here as an archive.
Here's the simple steps required to get your University email account sync'd with your iPhone.
It's the icon with the gears/cogs
Email addresses are normally in the format:
On iOS4, and maybe some earlier versions), there is a new box Use SSL below Description
It is important to check that Use SSL is set to ON. I hope to update the screenshots soon.
Synchronizing Contacts will remove any personal contacts already in the phone
Now you should have your University email on the move.
If you still have a problem, please contact the IT Helpline.


| Class | Description |
|---|---|
| AbstractVAppType |
Represents a base type for VAppType and VmType.
|
| AbstractVAppType.Builder<B extends AbstractVAppType.Builder<B>> | |
| AccessSetting |
Specifies who can access the resource.
|
| AccessSetting.Builder | |
| AdminCatalog |
Admin representation of the container for meta data (key-value pair) associated to different
entities in the system.
|
| AdminCatalog.Builder<B extends AdminCatalog.Builder<B>> | |
| AdminVdc |
Provides an administrative view of a vDC.
|
| AdminVdc.Builder<T extends AdminVdc.Builder<T>> | |
| Capabilities |
Collection of supported hardware capabilities.
|
| Capabilities.Builder | |
| CapacityType<T extends CapacityType<T>> |
Represents a capacity of a given resource.
|
| CapacityType.Builder<T extends CapacityType<T>> | |
| CapacityWithUsage |
Represents a capacity and usage of a given resource.
|
| CapacityWithUsage.Builder | |
| Catalog |
Container for references to
VAppTemplate and Media objects. |
| Catalog.Builder<B extends Catalog.Builder<B>> | |
| CatalogItem |
Contains a reference to a VappTemplate or Media object and related metadata.
|
| CatalogItem.Builder<B extends CatalogItem.Builder<B>> | |
| CatalogReference | |
| CatalogReference.Builder<B extends CatalogReference.Builder<B>> | |
| ComputeCapacity |
Represents a compute capacity with units.
|
| ComputeCapacity.Builder | |
| Entity |
Basic entity type in the vCloud object model.
|
| Entity.Builder<B extends Entity.Builder<B>> | |
| Error |
The standard error message type used in the vCloud REST API.
|
| Error.Builder | |
| File |
Represents a file to be transferred (uploaded or downloaded).
|
| File.Builder<B extends File.Builder<B>> | |
| Group |
Represents group in the system.
|
| Group.Builder<B extends Group.Builder<B>> | |
| Link |
A link.
|
| Link.Builder<B extends Link.Builder<B>> | |
| Media |
Represents removable media, such as a CD-ROM, DVD or Floppy disk.
|
| Media.Builder<B extends Media.Builder<B>> | |
| Metadata |
Represents a set of metadata
|
| Metadata.Builder<B extends Metadata.Builder<B>> | |
| MetadataEntry |
Represents a metadata entry
|
| MetadataEntry.Builder<B extends MetadataEntry.Builder<B>> | |
| Owner |
Represents the owner of this entity.
|
| Owner.Builder<B extends Owner.Builder<B>> | |
| ProductSectionList |
Essentially a container with a list of product sections.
|
| ProductSectionList.Builder<B extends ProductSectionList.Builder<B>> | |
| Property |
Contains key/value pair as property.
|
| Property.Builder | |
| RasdItemsList |
Represents a list of RASD items.
|
| RasdItemsList.Builder<B extends RasdItemsList.Builder<B>> | |
| Reference |
A reference to a resource.
|
| Reference.Builder<B extends Reference.Builder<B>> | |
| References |
This is the container for returned elements in referenceView
|
| References.Builder<T extends References.Builder<T>> | |
| Resource |
The base type for all objects in the vCloud model.
|
| Resource.Builder<B extends Resource.Builder<B>> | |
| ResourceEntity |
Base type that represents a resource entity such as a vApp template or virtual media.
|
| ResourceEntity.Builder<B extends ResourceEntity.Builder<B>> | |
| Role | |
| RoleReference | |
| RoleReference.Builder<B extends RoleReference.Builder<B>> | |
| RoleReferences |
Container for ReferenceType elements that reference RoleType objects.
|
| RoleReferences.Builder<B extends RoleReferences.Builder<B>> | |
| ScreenTicket |
The ticket for accessing the console of a VM.
|
| ScreenTicket.Builder | |
| Session |
Returns a representation of the current session that can serve as a single entry point to the
system, as it provides user, admin, and extension (sysadmin) entry links depending on the
privileges of the current user.
|
| Session.Builder | |
| SessionWithToken |
Session and its corresponding token
|
| SessionWithToken.Builder | |
| Task |
Represents an asynchronous or long-running task in the vCloud environment.
|
| Task.Builder<B extends Task.Builder<B>> | |
| TasksList |
Task List
|
| TasksList.Builder<B extends TasksList.Builder<B>> | |
| User |
Represents users in the vCloud system.
|
| User.Builder<B extends User.Builder<B>> | |
| VApp |
Represents a vApp.
|
| VApp.Builder<B extends VApp.Builder<B>> | |
| VAppChildren |
Represents vApp children.
|
| VAppChildren.Builder | |
| VAppReference | |
| VAppReference.Builder<B extends VAppReference.Builder<B>> | |
| VAppTemplate |
Represents a vApp template.
|
| VAppTemplate.Builder<B extends VAppTemplate.Builder<B>> | |
| Vdc |
Represents a virtual data center (vDC).
|
| Vdc.Builder<B extends Vdc.Builder<B>> | |
| Vm |
Represents a virtual machine.
|
| Vm.Builder<B extends Vm.Builder<B>> | |
| VmPendingQuestion |
Represents a question which vSphere issued for a VM in a stuck state(WAITING_FOR_INPUT).
|
| VmPendingQuestion.Builder<B extends VmPendingQuestion.Builder<B>> | |
| VmQuestionAnswer |
Represents a VM answer to a question when the VM is in a stuck
ResourceEntityType.Status#WAITING_FOR_INPUT state. |
| VmQuestionAnswer.Builder | |
| VmQuestionAnswerChoice |
Represents a pair of ID and text of an answer choice of a VM question.
|
| VmQuestionAnswerChoice.Builder | |
| VMWareTools | |
| VMWareTools.Builder |
| Enum | Description |
|---|---|
| Error.Code | |
| Link.Rel | |
| Media.ImageType | |
| ResourceEntity.Status | |
| Role.DefaultRoles | |
| Task.Status |
Copyright © 2009-2013 jclouds. All Rights Reserved.


Popular 2-dimensional single-objective test function based on the formula: $$f(\mathbf{x}) = a \left(\mathbf{x}_2 - b \mathbf{x}_1^2 + c \mathbf{x_1} - d\right)^2 + e\left(1 - f\right)\cos(\mathbf{x}_1) + e,$$ where \(a = 1, b = \frac{5.1}{4\pi^2}, c = \frac{5}{\pi}, d = 6, e = 10\) and \(f = \frac{1}{8\pi}\). The box constraints are given by \(\mathbf{x}_1 \in [-5, 10]\) and \(\mathbf{x}_2 \in [0, 15]\). The function has three global minima.
makeBraninFunction()
[smoof_single_objective_function
]
F. H. Branin. Widely convergent method for finding multiple solutions of simultaneous nonlinear equations. IBM J. Res. Dev. 16, 504-522, 1972.
library(ggplot2) fn = makeBraninFunction() print(fn)#> Single-objective function #> Name: Branin RCOS Function #> Description: no description #> Tags: single-objective, continuous, differentiable, non-separable, non-scalable, multimodal #> Noisy: FALSE #> Minimize: TRUE #> Constraints: TRUE #> Number of parameters: 2 #> Type len Def Constr Req Tunable Trafo #> x numericvector 2 - -5,0 to 10,15 - TRUE - #> Global optimum objective value of 0.3979 at #> x1 x2 #> 1 -3.141593 12.275 #> 2 3.141593 2.275 #> 3 9.424778 2.475print(autoplot(fn, show.optimum = TRUE))


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Denton Air Quality and The Monitoring Thereof
A proposal for universal environmental monitoring systems
Dan Minshew
September 10, 2017
Hello, World!
An introductory post
Dan Minshew
September 03, 2017
Hello, World 2!
An introductory post 2
Tom Schaefer
September 02, 2017
The Bolter: A New Code Workshop by TechMill
An introductory post 2
Kyle Taylor
June 06, 2017


After analyzing all the positions of the Realsense on the robot, I selected the most adequate one which I believe is the position in which it has 6 degrees of freedom and its located on the side of the robot's gripper. To install the Realsense in the robot it was necessary to design a support. To do so, this week was started by modeling a structure that could be screwed to one of the gripper, represented below. After the manufacturing of the support the Realsense was correctly installed.
Now, with the Realsense properly installed, it is fundamental to calibrate its Extrinsic parameters, task which I will continue to do in next weeks.
Robot Aubo-i5In order to know all the transformations between the coordinate systems of the Realsense, the robot and the gripper, I started by including the URDF files of the Aubo-i5 Cobot to have all the coordinate frames of the joints. The referential of the base of the robot was defined as the global coordinate system. Knowing that the URDF files of the aubo-i5 robot does not incorporate the coordinate frame of the gripper center point (TCP), I had to determine the exact length of the gripper. To do so, I visualized the values of the joints, and its coordinate systems, of the real robot in Rviz with the following command.
roslaunch binpicking_system robot_state_visualize.launch
By moving the end effector closer to the table, I was able to determine the difference in the Z-axis between the referencial of the the tip of the gripper and the end of the robot.
By This way, the origin of the referencial end of the gripper was represented with an offset of 26mm. Knowing this, I was now able to design a simple gripper to represent the real one. By incorporating it in the urdf files and the description of the last coordinate system, I could visualize the robot, the gipper in the respective position. The complete coordinate systems so far visualized by using the following command.
roslaunch binpicking_system globalvisualization.launch
Given the fact that, it is necessary to move the robot to positions with accuracy in oder to calibrate the camera sensor and to move to the exact centroid of an object, detected by the program, I used a code developed by Aubo developers. By running the next command I am able to run a program that moves the robot to a desired joint or cartesian position.
rosrun aubo_control aubo_control
Continuation of state of the art
While deep neural networks have been successfully applied to the problem of object detection in 2D, they have only recently begun to be applied to 3D object detection and pose estimation. Unlike 2D object detection,it is prohibitive to manually label data for 3D detection. Dueto this difﬁculty of collecting sufﬁciently large amounts of labeled training data, such approaches are typically trained on real data that are highly correlated with the test data (e.g., same camera, same object instances, similar lighting conditions). As a result, one challenge of existing approaches is generalizing to test data that are signiﬁcantly different from the training set.
Synthetic data is a promising alternative for training such deep neural networks, capable of generat- ing an almost unlimited amount of pre-labeled training data with little effort. Synthetic data comes with its own problems, however. Chief among these is the reality gap, that is, the fact that networks trained on synthetic data usually do not perform well on real data without additional ﬁne-tuning or othertricks. A recently proposed solution to this problem is domain randomization,in which the training data is randomized in non-realistic ways so that, at test time, real data appears to the network as simply another variation. Domain randomization has proved successful at detecting colored geometric shapes on a table, ﬂying a quadcopter indoors, or learning visuomotor control for reaching or pick-and-place of a brightly colored cube.


{% extends 'base.html' %} {% block styles%} {{ super() }} {% endblock %} {% block content %}
The value of an idea lies in the using of it.
Our audience decides an awful lot of what they think about us and what we’re saying based upon our attitude.
It's pitching, hitting and defense that wins. Any two can win. All three make you unbeatable.


Question Time: Young Tory branded 'childish and petulant' in heated Brexit clash
The audience member was called 'the hero we need' after she blasted the young Brexiteer on BBC Question Time. She pointed out that the majority of her constituency voted to remain in the EU
by Matthew Dresch, https://www.mirror.co.uk/authors/matthew-dresch/A Remainer branded a Leaver 'childish and petulant' in a fiery Brexit clash on BBC Question Time.
A woman in the audience called out the young Tory after he said the Conservative Party was 'representing the will of the people' over Brexit.
She described his comments as 'frustrating' and proposed a second referendum as a compromise.
The Tory audience member said: "17.4 million people voted to leave the European Union and there's one party representing the will of the people and that's the one party that has promised to leave the EU with a very good deal negotiated by our Prime Minister and that's the Conservative Party."
However, the Remainer shot back: "I find that very frustrating because you say we voted to leave.
"You're in Brighton and Hove, 68 per cent of us voted to remain.
 The Tories and Brexit Party want this no-deal terrible deal that will be terrible for our country.
"The Liberal Democrats want to cancel Brexit which in my heart I'd love to do but we can't because that would be terrible for our country.
"The only option as far as I can see is to go for a second referendum."
Question Time host Fiona Bruce asked the original speaker whether he was convinced, however he denied he was.
 My goodness what sort of policy is that?
"What makes you feel qualified to claim that if there was a second referendum people would vote differently?"
The audience member said it is the Government's job to deliver on the result of the referendum, which he claimed the Conservative Party would do.
The woman replied: "It's very childish and petulant actually because we are divided and we need to compromise.
"The Labour Party are now saying that they will renegotiate a deal that will protect workers' rights and the environment, something the Conservatives don't care about at all.
"They will put that back to the people and remain will be on the ballot. That to me seems like a really sensible compromise."
Many Twitter users suggested the Leaver was a 'Tory plant'.
Others described the female audience member as 'the hero we need'.


{% extends 'base.html' %} {% load bootstrap4 %} {% block content %} Awarded Home (current) Logout Profile Submit Your Project {% endblock %}


A collection of target objects that are searched, tracked, and rescued by the CPSs.
More...
#include <targets.h>
|
| void | publish (unsigned int id) |
| | Publish a target position event for the given target. More...
|
| |
| void | simulate () |
| | Read simulated targets from parameter file. More...
|
| |
| | targets () |
| | Constructor that initializes the private member variables. More...
|
| |
| void | update (geometry_msgs::Pose pose) |
| | Update the state of all targets. If no update has been received for a target within a fixed period, its state will change to TARGET_LOST. This needs to be called periodically. More...
|
| |
| void | update (cpswarm_msgs::TargetPositionEvent msg, target_state_t state) |
| | Update the information of a target. More...
|
| |
|
| geometry_msgs::Transform | transform (geometry_msgs::Pose p1, geometry_msgs::Pose p2) const |
| | Compute the transformation between two poses. More...
|
| |
| void | uuid_callback (const swarmros::String::ConstPtr &msg) |
| | Callback function to receive the UUID from the communication library. More...
|
| |
|
| string | cps |
| | The UUID of the CPS that owns this class instance. More...
|
| |
| double | fov |
| | Range of the target tracking camera in meter. It is used to simulate target detection. Targets within this distance are detected by the CPS. More...
|
| |
| NodeHandle | nh |
| | A node handle for the main ROS node. More...
|
| |
| unordered_map< unsigned int, shared_ptr< target > > | simulated_targets |
| | A map holding ID and target object of simulated targets, including the ones not yet found. More...
|
| |
| unordered_map< unsigned int, shared_ptr< target > > | target_map |
| | A map holding ID and target object of all known targets. More...
|
| |
| Publisher | tracking_pub |
| | Publisher for transmitting target tracking information. More...
|
| |
A collection of target objects that are searched, tracked, and rescued by the CPSs.
Definition at line 15 of file targets.h.
◆ targets()
Constructor that initializes the private member variables.
Definition at line 3 of file targets.cpp.
◆ publish()
| void targets::publish |
( |
unsigned int |
id | ) |
|
Publish a target position event for the given target.
- Parameters
-
◆ simulate()
| void targets::simulate |
( |
| ) |
|
Read simulated targets from parameter file.
Definition at line 34 of file targets.cpp.
◆ transform()
| geometry_msgs::Transform targets::transform |
( |
geometry_msgs::Pose |
p1, |
|
|
geometry_msgs::Pose |
p2 |
|
) |
| const |
|
private |
Compute the transformation between two poses.
- Parameters
-
| p1 | The first pose. |
| p2 | The second pose. |
- Returns
- The computed transformation.
Definition at line 103 of file targets.cpp.
◆ update() [1/2]
| void targets::update |
( |
geometry_msgs::Pose |
pose | ) |
|
Update the state of all targets. If no update has been received for a target within a fixed period, its state will change to TARGET_LOST. This needs to be called periodically.
- Parameters
-
| pose | The current position of the CPS. |
Definition at line 57 of file targets.cpp.
◆ update() [2/2]
| void targets::update |
( |
cpswarm_msgs::TargetPositionEvent |
msg, |
|
|
target_state_t |
state |
|
) |
| |
Update the information of a target.
- Parameters
-
| msg | The target position event message. |
| state | The target state. |
Definition at line 84 of file targets.cpp.
◆ uuid_callback()
| void targets::uuid_callback |
( |
const swarmros::String::ConstPtr & |
msg | ) |
|
|
private |
Callback function to receive the UUID from the communication library.
- Parameters
-
Definition at line 133 of file targets.cpp.
◆ cps
The UUID of the CPS that owns this class instance.
Definition at line 86 of file targets.h.
◆ fov
Range of the target tracking camera in meter. It is used to simulate target detection. Targets within this distance are detected by the CPS.
Definition at line 91 of file targets.h.
◆ nh
A node handle for the main ROS node.
Definition at line 66 of file targets.h.
◆ simulated_targets
| unordered_map<unsigned int, shared_ptr<target> > targets::simulated_targets |
|
private |
A map holding ID and target object of simulated targets, including the ones not yet found.
Definition at line 81 of file targets.h.
◆ target_map
| unordered_map<unsigned int, shared_ptr<target> > targets::target_map |
|
private |
A map holding ID and target object of all known targets.
Definition at line 76 of file targets.h.
◆ tracking_pub
| Publisher targets::tracking_pub |
|
private |
Publisher for transmitting target tracking information.
Definition at line 71 of file targets.h.
The documentation for this class was generated from the following files:


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/simp_attr.html ---
I think simp_attr
is a great idea that will help us speed up many proofs and that we should use this extensively. What do you think?
if we tag a bunch of lemmas with a certain attribute, then we can avoid having simp
to try every simp
lemmas, but only the lemmas with a certain attribute
so maybe you have a bunch of simp lemmas associated with perfectoid spaces, then you can tag them all with an attribute [perfectoid]
, and then if you say simp only with perfectoid
then simp
will only try those lemmas
@Mario Carneiro @Johannes Hölzl is this understanding correct?
Yes, this is what the simp_attr
attribute is for. I'm just not sure what a good way of splitting the simp set is. Also I'm not sure where the simplifier loses a lot of time. One problem might acutally building up the simpset, which get more expensive when do not use the standard simp set, but add our own! The simp lemmas are indexed by their head symbol. The simplifier looks at the current position and has a fast way to select all possible rewrite rules for the current head symbol. So the simplifer does not necessarily get slower with a lot of simp lemmas.
@Kevin Buzzard I think you would like this. A long time ago you talked to a student about speeding up simp
@Johannes Hölzl from my experience, a single simp
application can take 2000 ms, while a simp only
will only take 300 ms
but simp only
will get long, so if we have a set set of simp rules for a particular purpose, then we can make it shorter while still preserving the speed
You don't know where the simplifier loses its time. It might very well be that it checks a lot of simp lemmas, but it might also be that it is the construction of the simp set itself.
what do you mean that building the simpset will get more expensive when [we] do not use the standard simp set?
My guess is: adding a couple of rules to the standard simp set is a fast operation, copying and adding a couple of new entries to a hash table should be a fast operation. But merging multiple simp sets (i.e. hash tables) with a lot of clashing head symbols could be expensive in itself.
from my experience, a single
simp
application can take 2000 ms, while asimp only
will only take 300 ms
I've seen the same thing. Consequently, I've occasionally considered looking through mathlib and replacing easy simp
s with simp only
to speed up the build.
I should say that this is just a guess. I only roughly know how the simplifier manages its simp set.
I would be very careful with the 2000ms number. In my experience this is only the case if the simp set is not cached. So if you work interactively you often run into this case. If you run the theory in batch mode it is usually cashed from the previous tactic calls.
I remember some instances where Lean told me that the simplifier needed 1s or 2s to build its simp set, but it didn't show up in the batch run.
I don't work interactively. I only run lean --make
.
I should say that I was referring to the relative time difference, not the specific times that Kenny found.
It could also be that the lemmas we could easily exclude by switching to a specialized simp set are ones which simp can immediately or cheaply reject based on the types not matching anyways.
so if we have a specialized simp set, the things inside can't be immediately or cheaply rejected?
Well it may turn out that way--if you're trying to prove a statement in topology then excluding lemmas about rings from the simp set may not save very much time
I'm not sure.
It could depend on how you form the smaller simp sets.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


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Experienced Data Scientist with a demonstrated history of working in the computer software industry. Skilled in Python, Natural Language Processing, Machine Learing, Linux and MongoDB. Strong engineering professional with a Masters focused in Computer Science with specialisation in Data Science from University College Dublin.
• Developed Python based web application to aid the subject access request in organization using Flask framework and MongoDB. • Worked on developing a feature to detect and redact the personal information (PII) from the data. • Built an email classifier using Tensorflow. • Managed and hosted the website and applications on Amazon EC2.
• Strategize with the Managers of different Brands (teams) to find the next best customer for each brand. • Integrate and transform the data according to the needs and strategy defined for each quarter. • Use the feedback from the seller to improve the process.
Responsible for implementing, maintaining, supporting, developing and designing communication networks within the organisation.
Implemented Object Oriented Programming in Java and concepts such as Classes and Objects, File I/O, Data Structures and algorithms to develop an ATM Emulator.
GPA: 3.65
Aggregate: 73.4
Scrape a corpus of Text articles from web, Pre-process the data and apply unsupervised clustering algorithms to explore and summarise the content.
Collected data from an open source API, Pre-processed it and analysed it using Matplotlib, Plotly or Seaborn.
Implemented an unweighted and weighted k-NN classifier in JAVA, which uses cosine similarity as weighing criteria on text data represented as a document-term matrix.
Interactive Visualization implemented in D3.js, similar to visualization used by Hans Rosling in one of his TED talks.
The project involved creating a Hadoop cluster in cloud environment (Azure) and write map and reduce functions to process and gain insights from the Yellow cab data from year 2009 to 2016.


Core_CSS includes a many widgets (Core_Components) for creating cool interfaces in Material Design Style. All components are written with Google Material Design guidelines.
Some components may require activation via data attribute data-role with value of component name.

 ...

Some components have any options. You can use the options by defining them through data attributes data-*.

 ...


Degrees & Programs
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Click the button to add a new row at the first position of the table and then add cells and content.
cost of 1 item
Quantity
total
description
ADD ROW
SUBMIT


Once you replace negative thoughts with positive ones, you'll start having positive results.
Today, your brand can reach out to potential customers through social media anytime, anywhere! It has the power to turn your brand into a super-brand. But to reach to the top, you need to cut through the noise and connect with your audience at the best time and place. For this, you need a unique & dynamic strategy that is founded on in-depth knowledge & expertise. And that's what we have to offer you.
From trend-setting internet celebrities to teenage selfie queens, social media is a potpourri of personalities. That is why finding the right audience for your business is very important. Our team closely analyses the online behavior of the desired audiences & then creates a social media strategy to make them a part of your social media platforms. In the strategy, we also suggest the platforms that will work best for your brand on the basis of the audience.
There is one thing that social media thrives on and that is engagement. Based on the target audience and brief, our team creates holistic engagement strategies across different social media platforms. We seize every engagement opportunity between your brand and your target group. Regular analytics of how the brand is performing helps us take conversations beyond 'Likes', 'Shares' and 'Retweets'
The next big mission is to strengthen your presence with a dynamic strategy. Social Media is constantly evolving. What is trendy today might be a passe tomorrow. A fixed approach will make your brand boring. That's why our social media junkies constantly bring changes to the strategy, so that your brand stays relevant to the audience and forms an organic online community bringing together similar likes, interests and ideologies.
Our team has an arsenal of analytic tools to monitor & measure the power of your social media campaigns. We operate with crystal clear transparency & share findings with you on a regular basis. The feedback from the analysis is then used to improve the current strategy. This ongoing process makes the page engaging and buzzing!


As part of the Library of Michigan’s response to the COVID-19 outbreak, librarians are working remotely and do not have access to our print collections. During this period, please get in touch with the State Law Library by email at<EMAIL_ADDRESS>Last updated {{ site.time | date: '%Y' }}


WITNESS LIST
Nominations
February 21, 2019 9:00 AM
Criminal District Attorney, Wood County
FOR:
Albers, Angela Prosecutor (Self), Mineola, TX
Division of Workers' Compensation, Texas Department of Insurance
ON:
Brown, Cassie Commissioner of Workers' Compensation (Self), Austin, TX
Registering, but not testifying:
FOR:
Huddleston, Cheri (Injured Worker's Pharmacy), Austin, TX
Governing Board of the Texas Civil Commitment Office
FOR:
Aliseda, Jose District Attorney (Self), Beeville, TX
Office of Independent Ombudsman TJJD
ON:
Robertson, Jeffery Chief Ombudsman (Office of Independent Ombudsman), Wimberley,
TX
Office of Inspector General, Health and Human Services Commission
ON:
Kauffman, Sylvia Inspector General (Self), Austin, TX
Office of Public Insurance Counsel
ON:
Hamilton, Melissa Public Counsel (Self), Austin, TX
School Land Board
ON:
Rohrman, Scott (Self), Dallas, TX
Texas State Technical College System Board of Regents
ON:
Hatchel, John (Self), Woodway, TX


The following label input-pairs have correct for and id attribute, it is set just after template cloning and before insertion


Doing a PhD is a singularly personal pursuit, and fields differ greatly in their standards, but a common factor is often the ease with which a student can become overwhelmed by the magnitude of the task at hand. This often makes it hard for them to take a pragmatic approach and keep some distance between their project and their identity/self-esteem.
Back at the dawn of the Internet, when I did my PhD, my supervisor gave everyone a much-circulated copy of his rules for PhD students.
Writing is a part of any honours or PhD project, and it usually models itself on published scientific works like journal articles. Everyone has a different style and approach, but one thing you will always hear from me is to START WRITING EARLY. Beginning researchers almost always assume they should wait until they are done all experiments before beginning writing, but you should start as soon as possible.
This is because writing requires organization to form a narrative.
We are the Complex Fluids Group at UNSW. Our team works with industry and academic partners to design smart fluids with unique response and flow behaviour linked directly to product and material performance.
Fluids containing small amounts of colloids, polymers, and surfactants can exhibit highly non-ideal behaviour with fascinating dynamics. Complex fluids are a key part of most major products and manufacturing processes. Our group uses advanced imaging and rheology techniques to understand fundamental properties of complex fluid components, specifically: shape, structure, and flow.
Hi there! Welcome to the revamped Nonequilibrium.com, AKA SoftMatterHacker.com!
What was once a single page CV for an industrial researcher, now serves as the web site for an academic group researching complex fluid microstructures and flows.
The site archives our Publications, notifies you of News, and shares tips and techniques from our work in a sort of Wiki that is tagged based on content.
The site also lists current, new, and past projects of the group for interested students and collaborators to get an idea of what we are doing and where we could do some work together.


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Receive money in any currency with no fees
The world is getting smaller and we’re becoming more mobile. So why should you be forced to only receive money in a single … -
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Our simple budgeting feature allows you to separate out your spending and set realistic limits each month. That means you …  This is why we don’t charge any fees on purchases while you’re abroad. We’ll even show you … -
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Our invite-only Beta accounts are now live!
After a lot of hard work by the whole team, we’re excited to launch our closed beta. It’s easy to request an invite through the site ...


| Top |
| void | webkit_policy_decision_download () |
| void | webkit_policy_decision_ignore () |
| void | webkit_policy_decision_use () |
GObject ╰── WebKitPolicyDecision ├── WebKitNavigationPolicyDecision ╰── WebKitResponsePolicyDecision
Often WebKit allows the client to decide the policy for certain
operations. For instance, a client may want to open a link in a new
tab, block a navigation entirely, query the user or trigger a download
instead of a navigation. In these cases WebKit will fire the
“decide-policy” signal with a WebKitPolicyDecision
object. If the signal handler does nothing, WebKit will act as if
webkit_policy_decision_use()
was called as soon as signal handling
completes. To make a policy decision asynchronously, simply increment
the reference count of the WebKitPolicyDecision object.
void
webkit_policy_decision_download (WebKitPolicyDecision *decision
);
Spawn a download from this decision.
void
webkit_policy_decision_ignore (WebKitPolicyDecision *decision
);
Ignore the action which triggered this decision. For instance, for a WebKitResponsePolicyDecision, this would cancel the request.
void
webkit_policy_decision_use (WebKitPolicyDecision *decision
);
Accept the action which triggered this decision.


| User | Table Name | Meta Sched Key | Status | Start Time | End Time | Type |
|---|---|---|---|---|---|---|
| a225132 | prc_presentation_qa.contract_history | 456 | Dec 5, 2017 | Dec 5, 2017 | Profiling | |
| a6476467 | prc_presentation_qa.contract_history | 456 | Dec 12, 2017 | Dec 12, 2017 | Profiling | |
| a748475 | prc_presentation_qa.contract_history | 456 | Dec 16, 2017 | Dec 16, 2017 | Validation | |
| a6474848 | prc_presentation_qa.contract_history | 456 | Dec 3, 2017 | Dec 3, 2017 | Validation |


{% spaceless %}{% include "gui/profile/profile_user_field.html" with field=upform.phone2 %}{% endspaceless %}
{% include "gui/profile/profile_user_field.html" with field=upform.email2 %}
{% include "gui/profile/profile_user_field.html" with field=upform.street_2 %}
{% include "gui/profile/profile_user_field.html" with field=upform.street2_2 %}
{% include "gui/profile/profile_user_field.html" with field=upform.postcode2 %}
{% include "gui/profile/profile_user_field.html" with field=upform.city2 %}
{% include "gui/profile/profile_user_field.html" with field=upform.state2 %}
{% spaceless %}{% include "gui/profile/profile_user_field.html" with field=upform.country2 %}{% endspaceless %}
{% for error in uform.non_field_errors %}
{{ error }}
{% endfor %}
{% for error in upform.non_field_errors %}


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| DOSE: |
7 mg |
insufflated |
2C-B |
(powder / crystals) |
With a prior knowledge of hallucinogens such as LSD, MDMA, Psilocybin and other mild psycho-actives, I went on a search with a female companion for any amount of 2c-B amongst trusted friends and ended up with 2 capsules with a small amount of fine white powder inside.
After researching the effects and details of the high we decided on inhaling the small amount of powder through our nose and eating the capsules left over with the hope of getting whatever powder was still on the caps. although we where told this would be painful to snort, which it was. However the effects where felt within the first 10 minutes.
At first standing up dizziness was the first thing i noticed along with a feeling of nausea. I beleived it to be partly because I had not eaten much that day. Since this was my first expirience with 2c-B i was a bit anxious and not sure what to expect but my mood was extremely positive and giggly once i got over the feelings of nausea.
First we expiremented with different music and dancing and the effects it had on our mood. Once we lied down together it started to feel more like an aphrodisiac and left us feeling like we had ingested mdma. Unorthodox cuddling positions and strange conversations about the enhancing of all senses.
After about 45 minutes we where outside and being under the light of the sun felt incredible. all plants and living things are very interesting to play with almost as if the plants are playing with you as well.
Considering the dosage was small we started coming off our peak after about an hour and 15 minutes and decided to smoke some cannabis to see how it helped.
We both agreed on feelings of wobbliness and sensetivity to light. Blurred movement and trails on moving objects crept in and out the entire time.
Im writing this on the day after this expirience and currently feel physically normal for the most part. Very positive about life with a forward train of thought. Great trip for a couple to have alone as long as you pay attention to each others thoughts. My companion had previously ingested several milligrams of prescription xanax bars which counteract the giggly energetic effects of the 2c-B which was unfortunate but next will be much better.
BE SAFE AND EXPLORE YOUR MIND
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


#include <MapGeneration.hpp>
◆ MapGenerator() [1/4]
| MapGenerator::MapGenerator |
( |
int |
hardness | ) |
|
◆ MapGenerator() [2/4]
| MapGenerator::MapGenerator |
( |
int |
width, |
|
|
int |
height, |
|
|
int |
hardness |
|
) |
| |
◆ ~MapGenerator()
| MapGenerator::~MapGenerator |
( |
| ) |
|
◆ MapGenerator() [3/4]
| MapGenerator::MapGenerator |
( |
| ) |
|
|
delete |
◆ MapGenerator() [4/4]
◆ GenerateNewMap()
| std::vector< SquareType > MapGenerator::GenerateNewMap |
( |
| ) |
|
◆ GetHeight()
| int MapGenerator::GetHeight |
( |
| ) |
const |
◆ GetWidth()
| int MapGenerator::GetWidth |
( |
| ) |
const |
◆ operator=()
The documentation for this class was generated from the following files:


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This has been developed with the belief that exploration is the key any kind of self development. The venture intends to use this faculty to promote artistic growth.To further this, we organise themed group trips to different locations across the country with artists from various domains. This, we believe, creates a connection between evolving, like minded artists and helps them learn through collective experience. These artists then collaborate to create novel art, and these stories are exhibited to reach out to a larger circle.
This has been developed with the belief that exploration is the key any kind of self development. The venture intends to use this faculty to promote artistic growth.To further this, we organise themed group trips to different locations across the country with artists from various domains. This, we believe, creates a connection between evolving, like minded artists and helps them learn through collective experience. These artists then collaborate to create novel art, and these stories are exhibited to reach out to a larger circle.


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The Tragedy of MacBeth
by William Shakespeare
Act 5, Scene 8
Additional Information
- Year Published: 1607
- Language: English
- Country of Origin: England
- Source: Richard Grant White, ed. The Complete Works of William Shakespeare (New York: Sully and Kleinteich)
-
Readability:
- Flesch–Kincaid Level: 11.0
- Word Count: 713
- Genre: Tragedy
- Keywords: betrayal, envy, murder, power, revenge, tragedy
- ✎ Cite This
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SCENE. Another part of the field.
(Enter MACBETH)
MACBETH
Why should I play the Roman fool, and die
On mine own sword? whiles I see lives, the gashes
Do better upon them.
Enter MACDUFF
MACDUFF
Turn, hell-hound, turn!
MACBETH
Of all men else I have avoided thee:
But get thee back; my soul is too much charged
With blood of thine already.
MACDUFF
I have no words:
My voice is in my sword: thou bloodier villain
Than terms can give thee out!
They fight
MACBETH
Thou losest labour:
As easy mayst thou the intrenchant air
With thy keen sword impress as make me bleed:
Let fall thy blade on vulnerable crests;
I bear a charmed life, which must not yield,
To one of woman born.
MACDUFF
Despair thy charm;
And let the angel whom thou still hast served
Tell thee, Macduff was from his mother's womb
Untimely ripp'd.
MACBETH
Accursed be that tongue that tells me so,
For it hath cow'd my better part of man!
And be these juggling fiends no more believed,
That palter with us in a double sense;
That keep the word of promise to our ear,
And break it to our hope. I'll not fight with thee.
MACDUFF
Then yield thee, coward,
And live to be the show and gaze o' the time:
We'll have thee, as our rarer monsters are,
Painted on a pole, and underwrit,
'Here may you see the tyrant.'
MACBETH
I will not yield,
To kiss the ground before young Malcolm's feet,
And to be baited with the rabble's curse.
Though Birnam wood be come to Dunsinane,
And thou opposed, being of no woman born,
Yet I will try the last. Before my body
I throw my warlike shield. Lay on, Macduff,
And damn'd be him that first cries, 'Hold, enough!'
Exeunt, fighting. Alarums
(Retreat. Flourish. Enter, with drum and colours, MALCOLM, SIWARD, ROSS, the other Thanes, and Soldiers)
MALCOLM
I would the friends we miss were safe arrived.
SIWARD
Some must go off: and yet, by these I see,
So great a day as this is cheaply bought.
MALCOLM
Macduff is missing, and your noble son.
ROSS
Your son, my lord, has paid a soldier's debt:
He only lived but till he was a man;
The which no sooner had his prowess confirm'd
In the unshrinking station where he fought,
But like a man he died.
SIWARD
Then he is dead?
ROSS
Ay, and brought off the field: your cause of sorrow
Must not be measured by his worth, for then
It hath no end.
SIWARD
Had he his hurts before?
ROSS
Ay, on the front.
SIWARD
Why then, God's soldier be he!
Had I as many sons as I have hairs,
I would not wish them to a fairer death:
And so, his knell is knoll'd.
MALCOLM
He's worth more sorrow,
And that I'll spend for him.
SIWARD
He's worth no more
They say he parted well, and paid his score:
And so, God be with him! Here comes newer comfort.
(Re-enter MACDUFF, with MACBETH's head)
MACDUFF
Hail, king! for so thou art: behold, where stands
The usurper's cursed head: the time is free:
I see thee compass'd with thy kingdom's pearl,
That speak my salutation in their minds;
Whose voices I desire aloud with mine:
Hail, King of Scotland!
ALL
Hail, King of Scotland!
 My thanes and kinsmen,
Henceforth be earls, the first that ever Scotland
In such an honour named. What's more to do,
Which would be planted newly with the time,
As calling home our exiled friends abroad
That fled the snares of watchful tyranny;
Producing forth the cruel ministers
Of this dead butcher and his fiend-like queen,
Who, as 'tis thought, by self and violent hands
Took off her life; this, and what needful else
That calls upon us, by the grace of Grace,
We will perform in measure, time and place:
So, thanks to all at once and to each one,
Whom we invite to see us crown'd at Scone.
(Flourish. Exeunt)


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The local date and time is {{ moment(current_time).format('LLL')}}.
This was {{ moment(current_time).fromNow(refresh=True) }}.
{% endblock %}


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