Former M&S marketer Jude Bridge to become Oystercatchers managing partner
The former Marks and Spencer, Mothercare and Save Children marketing boss replaces Phil Edmonds at the helm of the marketing consultancy.
By Marketing Week Reporters 15 Nov 2019 11:37 am
Marketing consultancy Oystercatchers has appointed former Marks & Spencer, Mothercare and Save Children marketer Jude Bridge as its new managing partner.
Bridge replaces Phil Edmonds, whose resignation was announced earlier this week after two years in charge.
Bridge has been running her own marketing consultancy for the past two years. Prior to that she has had notable stints as marketing director of United Biscuits, global brand and marketing director at Mothercare, director of marketing and communications at Save the Children and at Marks & Spencer, where she led marketing and oversaw the ‘Your M&S’ campaign, which won an IPA Effectiveness Grand Prix in 2006.
She is also a former chair of the Marketing Group of Great Britain.
Bridge says: “I am delighted to be joining Oystercatchers. The commercial environment today is so challenging, and marketers need to work harder than ever to stand out and stay relevant.
“Harnessing big creative ideas with the power of the data and tech tools at their disposal will be key. As a client I always believed that strong agency relationships were a critical factor in accelerating growth. That’s Oystercatchers’ guiding business principle and I am looking forward to working with clients and agencies to help them achieve that.”
Oystercatchers, which is owned by Marketing Week publisher Centaur Media, has recently led pitches and projects for brands including M&S, McDonald’s, RBS, Beiersdorf, Invesco, Macmillan, Ladbrokes and Starling Bank.
Richard Robinson will continue as managing director of Oystercatchers, while founder Suki Thompson continues as chair.


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WEATHER DATA:
| observation_time | Last Updated on Aug 20 2020, 12:53 pm PDT |
| weather | A Few Clouds |
| temp_f | 82.0 |
| temp_c | 27.8 |
| dewpoint_f | 66.0 |
| dewpoint_c | 18.9 |
| relative_humidity | 58 |
| wind_string | West at 12.7 MPH (11 KT) |
| visibility_mi | 10.00 |
| pressure_string | 1007.3 mb |
| pressure_in | 29.75 |
| location | Los Angeles, Los Angeles International Airport, CA |
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An HTML element is defined by a starting tag. If the element contains other content, it ends with a closing tag, where the element name is preceded by a forward slash as shown below with few tags:
| Start Tag | Content | End Tag |
|---|---|---|
|
 | This is paragraph content. |
 |
|
 | This is heading content. |
 |
|
 | This is division content. |
 |
|
 |
So here
....
 is an HTML element,
...
 is another HTML element. There are some HTML elements which don't need to be closed, such as ,
 and
 elements. These are known as void elements.
HTML documents consist of a tree of these elements and they specify how HTML documents should be built, and what kind of content should be placed in what part of an HTML document.
An HTML element is defined by a starting tag. If the element contains other content, it ends with a closing tag.
For example
 is starting tag of a paragraph and
 is closing tag of the same paragraph but
This is paragraph
 is a paragraph element.
It is very much allowed to keep one HTML element inside another HTML element:
<!DOCTYPE html>   <title>Nested Elements Example</title>
This is italic heading

This is underlined paragraph

This will display following result:


Our Life Enrichment program does just that—enriches daily lives! Every day we work to bring smiles with new challenges, friendships and purpose-filled fun for residents. Our Life Enrichment Directors customize our daily activities to stimulate the mind, increase physical activity, and nurture the emotional health of each resident.


2.2
domestic | fire | separation | 2010
occupation
, must be designed and
constructed
in such a way that in
the event of an outbreak of fire within the
building
, fire and smoke are
inhibited from spreading beyond the area of occupation where the fire
originated.
2.2.0 Introduction
In order to reduce the risk of fire spreading from one
dwelling
to another, fire
separation
should be provided between
dwellings
and between
dwellings
and
any common spaces. Such
separation
should form a complete barrier to the
products of combustion; smoke, heat and toxic gases. In semi-detached or
terraced
houses
, or between
flats
or
maisonettes
, the barrier will normally be
in the form of fire resisting walls and floors where appropriate.
The guidance in clause 2.2.9 (Openings and service penetrations) and
clause 2.2.10 (Junctions) is common, not only to separation, but also to the
relevant guidance in standard 2.4 cavities and standard 2.9 escape. To avoid
duplication, these clauses are referred to throughout the Handbook and the
reader is prompted to return to these common clauses whenever it is
considered appropriate.
In the case of
conversions
, as specified in regulation 4, the
building
as
converted
shall meet the requirements of this standard in so far as is
reasonably practicable
, and in no case be worse than before the
conversion
(regulation 12, schedule 6).
2.2
—
2.2.0
domestic | fire | separation | 2010
2.2.1
Dwellings
in
different occupation
A
separating wall
or
separating floor
with at least a medium fire resistance
duration should be provided between adjoining
dwellings
.
2.2.2
Dwellings
with common occupation
A
separating wall
or
separating floor
with at least a medium fire resistance
duration should be provided between a
dwelling
and any other part of the
building
in common occupation. A
protected zone
and a common access
corridor should be considered as being in common occupation. Any
self-closing fire door
installed in these
separating walls
should have at least a
short fire resistance duration and in the case of a
high rise domestic building
,
a medium fire resistance duration. For ancillary
rooms
and spaces, common
external
escape stairs
or open access balconies, see the guidance to
standard 2.9.
2.2.3 Separation between
domestic
and non-
domestic buildings
A
separating wall
or
separating floor
with at least a medium fire resistance
duration should be provided between a
domestic
and non-
domestic building
.
Reference should also be made to the guidance for non-
domestic buildings
where appropriate.
2.2.4 Domestic garages
There is a risk posed by the storage of combustible materials and other
highly flammable substances in garages which are integral or attached to a
dwelling
.
A
separating wall
or
separating floor
with a short fire resistance duration
therefore should be provided between an integral or attached garage and a
dwelling
in the same occupation. It is not necessary for a
roof space
above
the garage to be separated from the
dwelling
where the garage ceiling will
serve as a
separating floor
with a short fire resistance duration (see annex
2.A).
2.2.5 Lift wells
Every lift well should be enclosed by
separating walls
with a medium fire
resistance duration. Where the lift well does not extend the full height of the
building
, the lift well should form a junction with a
separating floor
with a
medium fire resistance duration. Where a lift is installed, the landing controls
and lift car controls should be of a type that do not operate on heat or
pressure resulting from a fire.
A platform lift
constructed
in accordance with the guidance in BS 6440: 1999
(see section 4 Safety), need not be enclosed by
separating walls
or
In a
building
with no
storey
at a height above 18 m,
separating walls
may be
constructed
from combustible materials provided the appropriate fire
resistance duration is maintained.
2.2.1
—
2.2.6
domestic | fire | separation | 2010
To reduce the risk of a fire starting within a combustible
separating wall
or a
fire spreading rapidly on or within the wall
construction
:
•
insulation material exposed in a cavity should be
constructed
from
materials which are
non-combustible
or of a low risk classification; and
•
the internal wall linings should be
constructed
from materials which are
non-combustible
or of a low risk classification; and
•
the wall should contain no pipes, wires or other services.
Where an opening is created to allow services to pass through the wall, the
opening should be
constructed
in accordance with the guidance in clause
2.2.9.
In a
domestic building
with no
storey
at a height above 18 m,
separating
floors
may be
constructed
from combustible material.
Where a
domestic building
also contains non-domestic accommodation,
every part of a
separating floor
(other than a floor finish e.g. laminate flooring)
should be
constructed
from
non-combustible
material. This is not necessary
for a floor:
•
same
occupation
where there is no other
dwelling
above the
shop
or
area of the
separating floor
; or
•
above a pend where the floor has at least medium fire resistance duration
and the ceiling of the pend is
constructed
of
non-combustible
material; or
•
between a
domestic building
and a unit of
shared residential
accommodation.
Occupants in
high rise domestic buildings
may not evacuate the
building
immediately and fire-fighting and rescue operations will take longer to
commence if the fire is on a floor high above the ground. Therefore in order
to improve occupant and fire-fighter safety in
high rise domestic buildings
every:
•
separating wall
,
separating floor
and open access balcony should be
constructed
from
non-combustible
products;
•
separating floor
and open access balcony should have a long fire
resistance duration;
•
separating wall
including any
self-closing fire door
, should have at least a
medium fire resistance duration.
2.2.8 Supporting Structure
Where an
element of structure
(see clause 2.3.0) provides support to a
non-combustible separating wall
or
separating floor
, the supporting
element
of structure
should also be
constructed
from materials which are
Where an
element of structure
provides support to a
separating wall
or
separating floor
which attracts a higher fire resistance duration, the
supporting
element of structure
should have at least the same fire resistance
duration.
2.2.6
—
2.2.8
domestic | fire | separation | 2010
2.2.9 Openings and service penetrations
General
Separating walls
and
separating floors
are intended to prevent fire passing
from one part of the
building
to another part under
different occupation
.
Openings and service penetrations through these walls or floors can
compromise their effectiveness and should be kept to a minimum. The solum
and
roof space
should not be forgotten. Openings and service penetrations
should be carefully detailed and
constructed
to resist fire. This can be
achieved by following the guidance below:
A
self-closing fire door
with the same fire resistance duration as the
separating wall
should be installed in accordance with the recommendations
in the Code of Practice, ‘Hardware for Fire and Escape Doors’ Issue 2, June
2006, published by the Door and Hardwear Federation and the Guild of
Architectural Ironmongers.
 For example in a
separating wall
between a
dwelling
and a
common space (see clause 2.2.2).
A
self-closing fire door
should not be fitted in a
separating wall
between 2
A lockable door to a cupboard or service
duct
with a floor area not more than
3 m
2
need not be self-closing.
Hold open devices to
Self-closing fire doors
can be fitted with hold open devices as specified in BS
5839: Part 3: 1988 provided the door is not an
emergency door
, a
protected
door
serving the only
escape stair
in the
building
(or the only
escape stair
serving part of the
building
) or a
protected door
serving a fire-fighting shaft.
It is important that hold open devices deactivate on operation of the fire alarm
therefore some
buildings
will need automatic fire detection to be installed.
Electrically operated hold open devices should therefore deactivate on
operation of:
•
an automatic fire alarm system designed and installed in accordance with
BS 5839: Part 1: 2002 (Category L5) determined on the basis of a risk
assessment;
•
any loss of power to the hold open device, apparatus or switch; and
An example of a Category L5 fire alarm system could be a system installed in
the common corridor of
flats
incorporating only 2 smoke detectors, one
installed on each side of the door and positioned not less than 500 mm and
not more than 3 m from the door.
Additional guidance on the siting and coverage of fire detectors is contained
in BS 5839: Part 1: 2002, and for actuation of door release mechanism, see
BS 7273: Part 4: 2007.
A
chimney
or
flue-pipe
should be
constructed
so that, in the event of a fire,
the fire resistance duration of the
separating wall
or
separating floor
is
maintained.
2.2.9
—
2.2.9
•
a manually operated switch fitted in a position at the door.
domestic | fire | separation | 2010
A
service opening
(other than a ventilating
duct
)
which penetrates a
separating wall
or
separating floor
should be
fire-stopped
providing at least
the appropriate fire resistance duration for the wall or floor. This may be
provided by:
•
a casing which has at least the appropriate fire resistance from the
outside; or
•
a casing which has at least half the appropriate fire resistance from each
side; or
•
an automatic heat activated sealing device that will maintain the
appropriate fire resistance in respect of integrity for the wall or floor
regardless of the opening size.
Fire stopping of the following services passing through a
separating wall
or
separating floor
need not be provided for:
•
not more than four 40 mm diameter pipes or cables that are at least
40 mm apart and at least 100 mm from any other pipe; or
•
more than four 40 mm diameter pipes or cables that are at least 100 mm
apart; or
•
a pipe which has a bore of not more than 160 mm and is of iron, steel or
copper, or of a material capable of withstanding 800º C without allowing
flames or hot material to pass through the wall of the pipe; or
•
a branch pipe of a bore of not more than 110 mm connected to a vertical
drainage or water service pipe,
constructed
from aluminium, aluminium
alloy, or uPVC to BS 4514: 1983 (1998).
Where a pipe connects to another pipe which attracts a more demanding fire
resistance duration, and is within 1 m from the
separating wall
or
separating
floor, the pipe should be fire stopped to the more demanding guidance.
Ventilation systems
Ventilation systems
The potential for ventilation systems to allow the spread of fire and smoke
should be considered. A mechanical ventilation system may contribute to the
spread of fire and smoke unless it is designed to shut down automatically or
operate in a fire-mode if fire is detected. Ventilation ductwork passing
through a separating wall or separating floor should be provided with either:
•
fire dampers;
•
fire resisting enclosures; or
•
fire rated ductwork.
Any damper use in the design should be activated by smoke detection. For
more detailed guidance, see BS 5588: Part 9: 1999.
Fire-stopping
may be necessary to close an imperfection of fit or design
tolerance between
construction
elements and components,
service openings
and ventilation
ducts
. Proprietary
fire-stopping
products, including
intumescent products, should be tested to demonstrate their ability to
maintain the appropriate fire resistance duration under the conditions
appropriate to their end use.
2.2.9
—
2.2.9
•
a pipe or a cable with a bore, or diameter, of not more than 40 mm; or
domestic | fire | separation | 2010
Minimal differential
movement
Where minimal differential movement is anticipated, either in normal use or
during fire exposure, proprietary
fire-stopping
products may be used. The
following materials are also considered appropriate: cement mortar; gypsum
based plaster; cement or gypsum based vermiculite/perlite mixes; mineral
fibre; crushed rock and blast furnace slag or ceramic based products (with or
without resin binders).
Greater differential
movement
Where greater differential movement is anticipated, either in normal use or
during fire exposure, proprietary
fire-stopping
products should be used.
Preventing displacement
To prevent displacement, materials used for
fire-stopping
should be
reinforced with, or supported by,
non-combustible
materials where the
unsupported span is more than 100 mm and where non-rigid materials are
used. However this is not necessary where it has been shown by test that the
materials are satisfactory within their field of application.
2.2.10 Junctions
General
The basic principle is that junctions between
separating walls
and
separating
floors
and other parts of the
building
should be designed and
constructed
in
such a way to prevent a fire in one part of the
building
flanking the
separating
wall
or
separating floor
and entering another part of the
building
under
different occupation
, including any solum space or
roof space
. Therefore, the
building
elements, materials or components should not be built into, or
carried through or across the ends of, or over the top of a
separating wall
in
such a way as to impair the fire resistance between the relevant parts of the
building
.
Junctions with walls
Where a
separating wall
or
separating floor
forms a junction with an
external
wall
, another
separating wall
, or a wall or screen used to protect routes of
escape (see clause 2.0.6), the junction should maintain the fire resistance of
the
separating wall
or
separating floor
.
Junctions with roofs
Where a
separating wall
forms a junction with a roof, the junction should
maintain the fire resistance duration of the
separating wall
in accordance with
the following:
•
where the roof has a combustible substrate, the wall should project
through the roof to a distance of at least 375 mm above the top surface of
the roof; or
•
where the wall is taken to the underside of a
non-combustible
roof
substrate, the junction should be
fire-stopped
and the roof covering should
be low vulnerability (see guidance to standard 2.8) for a distance of at
least 1.7 m to each side of the centre-line of the wall; or
•
in the case of a pitched roof covered by slates nailed directly to sarking
and underlay, the junction between the sarking and wall-head should be
fire-stopped
as described in BRE Housing Defects Prevention Unit “Defect
Action Sheet (Design)” February 1985 (DAS 8); or
•
in the case of a pitched roof covered by slates or tiles fixed to tiling battens
and any counter-battens, the junction between the tiles or slates and the
underlay should be fully bedded in cement mortar (or other
fire-stopping
material) at the wall-head.
2.2.9
—
2.2.10


The syntax-case expansion algorithm is essentially a lazy variant of the KFFD algorithm that operates on an abstract representation of the input expression rather than on the traditional s-expression representation. The abstract representation encapsulates both a representation of an input form and a wrap that enables the algorithm to determine the scope of all identifiers within the form. The wrap consists of marks and substitutions.
Marks are like KFFD timestamps and are added to the portions of a macro's output that are introduced by the macro.
Substitutions map identifiers to bindings with the help of a compile-time environment. Substitutions are created whenever a binding form, such as lambda, is encountered, and they are added to the wraps of the syntax objects representing the forms within the scope of the binding form's bindings. A substitution applies to an identifier only if the identifier has the same name and marks as the substituted identifier.
Expansion operates in a recursive, top-down fashion. As the expander encounters a macro call, it invokes the associated transformer on the form, marking it first with a fresh mark and then marking it again with the same mark. Like marks cancel, so only the introduced portions of the macro's output—i.e., those portions not simply copied from the input to the output—remain marked.
When a core form is encountered, a core form in the output language of the expander (in our case, the traditional s-expression representation) is produced, with any subforms recursively expanded as necessary. Variable references are replaced by generated names via the substitution mechanism.
The most important aspect of the syntax-case mechanism is its abstract representation of program source code as syntax objects. As described above, a syntax object encapsulates not only a representation of the program source code but also a wrap that provides sufficient information about the identifiers contained within the code to implement hygiene:
(define-record syntax-object (expr wrap))
The define-record form creates a new type of value with the specified name (in this case, syntax-object) and fields (in this case, expr and wrap), along with a set of procedures to manipulate it. The procedures in this case are:
make-syntax-object
Returns a new syntax object with the expr and wrap fields initialized to the values of its arguments
syntax-object?
syntax-object-expr
syntax-object-wrap
A complete implementation of syntax-case might also include, within each syntax object, source information to be tracked through the expansion process.
Each wrap, as explained previously, consists of a list of marks and substitutions. Marks are distinguished by their object identity and do not require any fields:
(define-record mark ())
A substitution maps a symbolic name and list of marks to a label:
(define-record subst (sym mark* label))
Labels, like marks, are distinguished by their identity and require no fields:
(define-record label ())
The expand-time environment maintained by the expander maps labels to bindings. The environment is structured as a traditional association list—i.e., a list of pairs, each car of which contains a label and each cdr of which contains a binding. Bindings consist of a type (represented as a symbol) and a value:
(define-record binding (type value))
The type identifies the nature of the binding: macro for keyword bindings and lexical for lexical variable bindings. The value is any additional information required to specify the binding, such as the transformation procedure when the binding is a keyword binding.
The expander's output is a simple s-expression in the core language and is thus constructed for the most part using Scheme's quasiquote syntax for creating list structure. For example, a lambda expression may be created with formal parameter var and body body as follows:
`(lambda (,var) ,body)
The expander does need to create fresh names, however, and does so via the gen-var helper, which makes use of the Scheme primitives for converting strings to symbols and vice versa, along with a local sequence counter:
(define gen-var (let ([n 0]) (lambda (id) (set! n (+ n 1)) (let ([name (syntax-object-expr id)]) (string->symbol (format "~s.~s" name n))))))
Whenever a quote form is encountered in the input, the expander must return a representation of the constant contents appearing within the quote form. To do this, it must strip off any embedded syntax objects and wraps using the strip procedure, which traverses the syntax object and list structure of its input and recreates an s-expression representation of its input:
(define strip (lambda (x) (cond [(syntax-object? x) (if (top-marked? (syntax-object-wrap x)) (syntax-object-expr x) (strip (syntax-object-expr x)))] [(pair? x) (let ([a (strip (car x))] [d (strip (cdr x))]) (if (and (eq? a (car x)) (eq? d (cdr x))) x (cons a d)))] [else x])))
Traversal terminates along any branch of the input expression when something other than a syntax object or pair is found—i.e., when a symbol or immediate value is found. It also terminates when a syntax object is found to be "top marked"—i.e., when its wrap contains a unique top mark:
(define top-mark (make-mark)) (define top-marked? (lambda (wrap) (and (not (null? wrap)) (or (eq? (car wrap) top-mark) (top-marked? (cdr wrap))))))
When the expander creates a syntax object representing the original input, it uses a wrap that contains the top mark at its base, specifically to allow the stripping code detect when it has reached the syntax-object base and need not traverse the object further. This feature prevents the expander from traversing constants unnecessarily so that it can easily preserve shared and cyclic structure, and not be confused by the presence of quoted syntax objects in the input.
The expander reports syntax errors via syntax-error, which is defined as follows:
(define syntax-error (lambda (object message) (error #f "~a ~s" message (strip object))))
If the implementation attaches source information to syntax objects, this source information can be used to construct an error message that incorporates the source line and character position.
The nonatomic structure of a syntax object is always determined with the patterns of a syntax-case form. The identifier? predicate determines whether a syntax object represents an identifier:
(define identifier? (lambda (x) (and (syntax-object? x) (symbol? (syntax-object-expr x)))))
Similarly, the self-evaluating? predicate is used, after stripping a syntax object, to deter-mine whether it represents a constant:
(define self-evaluating? (lambda (x) (or (boolean? x) (number? x) (string? x) (char? x))))
A mark or substitution is added to a syntax object by extending the wrap:
(define add-mark (lambda (mark x) (extend-wrap (list mark) x))) (define add-subst (lambda (id label x) (extend-wrap (list (make-subst (syntax-object-expr id) (wrap-marks (syntax-object-wrap id)) label)) x)))
If the syntax object is only partially wrapped, the wrap is extended simply by creating a syntax object encapsulating the partially wrapped structure. Otherwise, the syntax object is rebuilt with the new wrap joined to the old wrap:
(define extend-wrap (lambda (wrap x) (if (syntax-object? x) (make-syntax-object (syntax-object-expr x) (join-wraps wrap (syntax-object-wrap x))) (make-syntax-object x wrap))))
Joining two wraps is almost as simple as appending the lists of marks. The only complication is that the expansion algorithm requires that two like marks cancel when they meet.
(define join-wraps (lambda (wrap1 wrap2) (cond [(null? wrap1) wrap2] [(null? wrap2) wrap1] [else (let f ([w (car wrap1)] [w* (cdr wrap1)]) (if (null? w*) (if (and (mark? w) (eq? (car wrap2) w)) (cdr wrap2) (cons w wrap2)) (cons w (f (car w*) (cdr w*)))))])))
Environments map labels to bindings and are represented as association lists. Extending an environment therefore involves adding a single pair mapping a label to a binding:
(define extend-env (lambda (label binding env) (cons (cons label binding) env)))
Determining the binding associated with an identifier is a two-step process. The first step is to determine the label associated with the identifier in the identifier's wrap, and the second is to look the label up in the current environment:
define id-binding (lambda (id r) (label-binding id (id-label id) r)))
The marks and substitutions that appear in an identifier's wrap determine the associated label, if any. Substitutions map names and lists of marks to labels. Any substitution whose name is not the name of the identifier is ignored, as is any whose marks do not match. The names are symbols and are thus compared using the pointer equivalence operator, eq?.
The set of marks considered relevant are those that were layered onto the wrap before the substitution. Thus, the set of marks to which a substitution's marks are compared changes as the search through the wrap proceeds. The starting set of marks is the entire set that appears in the wrap. Each time a mark is encountered during the search for a matching substitution in the wrap, the first mark in the list is removed:
(define id-label (lambda (id) (let ([sym (syntax-object-expr id)] [wrap (syntax-object-wrap id)]) (let search ([wrap wrap] [mark* (wrap-marks wrap)]) (if (null? wrap) (syntax-error id "undefined identifier") (let ([w0 (car wrap)]) (if (mark? w0) (search (cdr wrap) (cdr mark*)) (if (and (eq? (subst-sym w0) sym) (same-marks? (subst-mark* w0) mark*)) (subst-label w0) (search (cdr wrap) mark*)))))))))
If no matching substitution exists in the wrap, the identifier is undefined, and a syntax error is signaled. It would be possible instead to treat all such identifier references as global variable references.
The id-label procedure obtains the starting list of marks via wrap-marks and uses the same-marks? predicate to compare lists of marks:
(define wrap-marks (lambda (wrap) (if (null? wrap) '() (let ([w0 (car wrap)]) (if (mark? w0) (cons w0 (wrap-marks (cdr wrap))) (wrap-marks (cdr wrap))))))) (define same-marks? (lambda (m1* m2*) (if (null? m1*) (null? m2*) (and (not (null? m2*)) (eq? (car m1*) (car m2*)) (same-marks? (cdr m1*) (cdr m2*))))))
Once a label has been found, id-binding is used to find the associated binding, if any, using the assq procedure for performing association-list lookups. If an association is found, the binding in the cdr of the association is returned:
(define label-binding (lambda (id label r) (let ([a (assq label r)]) (if a (cdr a) (syntax-error id "displaced lexical")))))
If no binding is found, the identifier is a "displaced lexical." This occurs when a macro improperly inserts into its output a reference to an identifier that is not visible in the context of the macro output.
With the mechanisms for handling wraps and environments in place, the expander is straightforward. The expression expander, exp, handles macro calls, lexical variable references, applications, core forms, and constants. Macro calls come in two forms: singleton macro-keyword references and structured forms with a macro keyword in the first position.
The exp procedure takes three arguments: a syntax object x, a runtime environment r, and a meta environment mr. The runtime environment is used to process ordinary expressions whose code will appear in the expander's output, while the meta environment is used to process transformer expressions (e.g., on the righthand sides of letrec-syntax bindings), which are evaluated and used at expansion time. The difference between the runtime and meta environments is that the meta environment does not contain lexical variable bindings, because these bindings are not available when the transformer is evaluated and used:
(define exp (lambda (x r mr) (syntax-case x () [id (identifier? #'id) (let ([b (id-binding #'id r)]) (case (binding-type b) [(macro) (exp (exp-macro (binding-value b) x) r mr)] [(lexical) (binding-value b)] [else (syntax-error x "invalid syntax")]))] [(e0 e1 ...) (identifier? #'e0) (let ([b (id-binding #'e0 r)]) (case (binding-type b) [(macro) (exp (exp-macro (binding-value b) x) r mr)] [(lexical) `(,(binding-value b) ,@(exp-exprs #'(e1 ...) r mr))] [(core) (exp-core (binding-value b) x r mr)] [else (syntax-error x "invalid syntax")]))] [(e0 e1 ...) `(,(exp #'e0 r mr) ,@(exp-exprs #'(e1 ...) r mr))] [_ (let ([d (strip x)]) (if (self-evaluating? d) d (syntax-error x "invalid syntax")))])))
Macro calls are handled by exp-macro (described shortly) and then re-expanded. Lexical variables are rewritten into the binding value, which is always a generated variable name. Applications are rewritten into lists as in the traditional s-expression syntax for Lisp and Scheme, with the subforms expanded recursively. Core forms are handled by exp-core (described shortly); any recursion back to the expression expander is performed explicitly by the core transformer. A constant is rewritten into the constant value, stripped of its syntax wrapper.
The expander uses syntax-case and syntax (in its abbreviated form—i.e., #'template) to parse and refer to the input or portions thereof. Because the expander is also charged with implementing syntax-case, this may seem like a paradox. In actuality, it is handled by bootstrapping one version of the expander using a previous version. The expander would be much more tedious to write if syntax-case and syntax were not used.
The exp-macro procedure applies the transformation procedure (the value part of the macro binding) to the entire macro form, which may either be a single macro keyword or a structured expression with the macro keyword at its head. The exp-macro procedure first adds a fresh mark to the wrap of the input form, then applies the same mark to the wrap of the output form. The first mark serves as an "anti-mark" that cancels out the second mark, so the net effect is that the mark adheres only to the portions of the output that were introduced by the transformer, thus uniquely identifying the portions of the code introduced at this transcription step:
(define exp-macro (lambda (p x) (let ([m (make-mark)]) (add-mark m (p (add-mark m x))))))
The exp-core procedure simply applies the given core transformer (the value part of the core binding) to the input form:
(define exp-core (lambda (p x r mr) (p x r mr)))
The exp-exprs procedure used to process application subforms simply maps the expander over the forms:
(define exp-exprs (lambda (x* r mr) (map (lambda (x) (exp x r mr)) x*)))
Transformers for several representative core forms (quote, if, lambda, let, and letrec-syntax) are described here. Adding transformers for other core forms, such as letrec or let-syntax, is straightforward.
The exp-quote procedure produces an s-expression representing a quote form, with the data value stripped of its syntax wrap:
(define exp-quote (lambda (x r mr) (syntax-case x () [(_ d) `(quote ,(strip #'d))])))
The exp-if procedure produces an s-expression representation of an if form, with the sub-forms recursively expanded:
(define exp-if (lambda (x r mr) (syntax-case x () [(_ e1 e2 e3) `(if ,(exp #'e1 r mr) ,(exp #'e2 r mr) ,(exp #'e3 r mr))])))
The exp-lambda procedure handles lambda expressions that have only a single formal parameter and only a single body expression. Extending it to handle multiple parameters is straightforward. It is less straightforward to handle arbitrary lambda bodies, including internal definitions, but support for internal definitions is beyond the scope of this chapter.
When the s-expression representation of a lambda expression is produced, a generated variable name is created for the formal parameter. A substitution mapping the identifier to a fresh label is added to the wrap on the body, and the environment is extended with an association from the label to a lexical binding whose value is the generated variable,during the recursive processing of the body:
(define exp-lambda (lambda (x r mr) (syntax-case x () [(_ (var) body) (let ([label (make-label)] [new-var (gen-var #'var)]) `(lambda (,new-var) ,(exp (add-subst #'var label #'body) (extend-env label (make-binding 'lexical new-var) r) mr)))])))
The meta environment is not extended because the meta environment should not include lexical variable bindings.
The exp-let procedure that transforms single-binding let forms is similar to the transformer for lambda, but a bit more involved:
(define exp-let (lambda (x r mr) (syntax-case x () [(_ ([var expr]) body) (let ([label (make-label)] [new-var (gen-var #'var)]) `(let ([,new-var ,(exp #'expr r mr)]) ,(exp (add-subst #'var label #'body) (extend-env label (make-binding 'lexical new-var) r) mr)))])))
The body is in the scope of the binding created by let, so it is expanded with the extended wrap and environment. The righthand-side expression, expr, is not within the scope, so it is expanded with the original wrap and environment.
The exp-letrec-syntax procedure handles single-binding letrec-syntax forms. As with lambda and let, a substitution mapping the bound identifier—in this case, a keyword rather than a variable—to a fresh label is added to the wrap on the body, and an association from the label to a binding is added to the environment while the body is recursively processed. The binding is a macro binding rather than a lexical binding, and the binding value is the result of recursively expanding and evaluating the righthand-side expression of the letrec-syntax form.
In contrast with let, the righthand-side expression is also wrapped with a substitution from the keyword to the label and expanded with the extended environment; this allows the macro to be recursive. This would not be done if the form were a let-syntax form instead of a letrec-syntax form. The output produced by expanding a letrec-syntax form consists only of the output of the recursive call to the expander on the body of the form:
(define exp-letrec-syntax (lambda (x r mr) (syntax-case x () [(_ ((kwd expr)) body) (let ([label (make-label)]) (let ([b (make-binding 'macro (eval (exp (add-subst #'kwd label #'expr) mr mr)))]) (exp (add-subst #'kwd label #'body) (extend-env label b r) (extend-env label b mr))))])))
Both the runtime and meta environments are extended in this case, since transformers are available both in runtime and transformer code.
Macros are written in a pattern-matching style using syntax-case to match and take apart the input, and syntax to reconstruct the output. The implementation of the pattern matching and reconstruction is outside the scope of this chapter, but the following low-level operators can be used as the basis for the implementation. The syntax-case form can be built from the following set of three operators that treat syntax objects as abstract s-expressions:
(define syntax-pair? (lambda (x) (pair? (syntax-object-expr x)))) (define syntax-car (lambda (x) (extend-wrap (syntax-object-wrap x) (car (syntax-object-expr x))))) (define syntax-cdr (lambda (x) (extend-wrap (syntax-object-wrap x) (cdr (syntax-object-expr x)))))
The definitions of syntax-car and syntax-cdr employ the extend-wrap helper defined in the earlier section "Creating Wraps" to push the wrap on the pair onto the car and cdr.
Similarly, syntax can be built from the following more basic version of syntax that handles constant input, but not pattern variables and ellipses:
(define exp-syntax (lambda (x r mr) (syntax-case x () [(_ t) `(quote ,#'t)])))
In essence, the simplified version of syntax is just like quote except that syntax does not strip the encapsulated value but rather leaves the syntax wrappers intact.
Identifiers are compared based on their intended use. They may be compared as symbols by using the pointer equivalence operator eq? on the symbolic names of the identifiers. They may also be compared according to their intended use as free or bound identifiers in the output of a macro.
Two identifiers are considered equivalent by free-identifier=? if they would resolve to the same binding if introduced into the output of a macro outside of any binding introduced by the macro. Equivalency is tested by comparing the labels to which the identifiers resolve, as described previously in the section "Identifier Resolution":
(define free-identifier=? (lambda (x y) (eq? (id-label x) (id-label y))))
The free-identifier=? predicate is often used to check for auxiliary keywords, such as else in cond or case.
Two identifiers are considered equivalent by bound-identifier=? if a reference to one would be captured by an enclosing binding for another. This is accomplished by comparing the names and marks of the two identifiers:
(define bound-identifier=? (lambda (x y) (and (eq? (syntax-object-expr x) (syntax-object-expr y)) (same-marks? (wrap-marks (syntax-object-wrap x)) (wrap-marks (syntax-object-wrap y))))))
The bound-identifier=? predicate is often used to check for duplicate identifier errors in a binding form, such as lambda or let.
The conversion from s-expression to syntax object performed by datum->syntax requires only that the wrap be transferred from the template identifier to the s-expression:
(define datum->syntax (lambda (template-id x) (make-syntax-object x (syntax-object-wrap template-id))))
The opposite conversion involves stripping the wrap away from a syntax object, so syntax->datum is just strip:
(define syntax->datum strip)
All of the pieces are now in place to expand Scheme expressions containing macros into expressions in the core language. The main expander merely supplies an initial wrap and environment that include names and bindings for the core forms and primitives:
(define expand (lambda (x) (let-values ([(wrap env) (initial-wrap-and-env)]) (exp (make-syntax-object x wrap) env env))))
The initial wrap consists of a set of substitutions mapping each predefined identifier to a fresh label, and the initial environment associates each of these labels with the corresponding binding:
(define initial-wrap-and-env (lambda () (define id-binding* `((quote . ,(make-binding 'core exp-quote)) (if . ,(make-binding 'core exp-if)) (lambda . ,(make-binding 'core exp-lambda)) (let . ,(make-binding 'core exp-let)) (letrec-syntax . ,(make-binding 'core exp-letrec-syntax)) (identifier? . ,(make-binding 'lexical 'identifier?)) (free-identifier=? . ,(make-binding 'lexical 'free-identifier=?)) (bound-identifier=? . ,(make-binding 'lexical 'bound-identifier=?)) (datum->syntax . ,(make-binding 'lexical 'datum->syntax)) (syntax->datum . ,(make-binding 'lexical 'syntax->datum)) (syntax-error . ,(make-binding 'lexical 'syntax-error)) (syntax-pair? . ,(make-binding 'lexical 'syntax-pair?)) (syntax-car . ,(make-binding 'lexical 'syntax-car)) (syntax-cdr . ,(make-binding 'lexical 'syntax-cdr)) (syntax . ,(make-binding 'core exp-syntax)) (list . ,(make-binding 'core 'list)))) (let ([label* (map (lambda (x) (make-label)) id-binding*)]) (values `(,@(map (lambda (sym label) (make-subst sym (list top-mark) label)) (map car id-binding*) label*) ,top-mark) (map cons label* (map cdr id-binding*))))))
In addition to the entries listed, the initial environment should also include bindings for the built-in syntactic forms we have not implemented (e.g., letrec and let-syntax), as well as for all built-in Scheme procedures. It should also include a full version of syntax and, in place of syntax-pair?, syntax-car, and syntax-cdr, it should include syntax-case.


{% extends "core/page.html" %} {% block title_head %} Scoreboard {% endblock %} {% block title_body %} Scoreboard {% endblock %} {% block body %}
The more publications you assess, the more data we will have for machine learning. For quality control, your assessments will be compared to assessments made by other people, so please think carefully about the Inclusion Criteria.
| Name | Institution | Assessments |
| {{ score.first_name}} {{ score.last_name}} | {{ score.institution }} | {{ score.publication_count }} |


We're working hard to finish the development of this App. Water & Steam is an
easy-to-use implementation of IAPWS IF-97
for mobile devices.
Take a look at our Kickstarter campaign and get an overview.
Our target launch date is October 2019! Sign up if you want to be informed by
us once we have finished
our app!


Given just three weeks, we only had time to train our model with 5 emotions on about 6.7k labeled data. If we have more time, we can improve our model performance!
AI Camp teaches AI, how to learn, and how to pick a major/career for mid and high school students.


1
PIN
2
Complete
Set up an easy to remember PIN
Setup a easy to remember PIN.
Confirm your PIN
PINs should be identical.
Back
Set PIN
Please keep secret this seed
You can print it on a piece of paper.
Open Wallet


@(cloudForm: Form[Option[String]], serverID: Option[String] = None, feedback: Option[String] = None)(implicit request: RequestHeader, flash: Flash) @manage("cloud") { @bs.headerRow("Cloud","col-md-12","Connect this server to the cloud.") @bs.rowColumn("col-md-6") { @toggleButton(serverID.map(_ => "Disconnect").getOrElse("Connect")) } @bs.rowColumn("col-md-6") { @serverID.map(connectedHtml) } @bs.rowColumn("col-md-6") { @feedback.map { fb =>
@fb
} } @bs.rowColumn("col-md-6") { @flash.get(Cloud.FEEDBACK).map { message =>@message
} } @bs.rowColumn("col-md-6") {How does this work?
This server will open a connection to a machine on the internet. Your mobile device connects to the same machine on the internet and communicates with this server through the machine both parties have connected to. All traffic is encrypted. All music is streamed.
} } @toggleButton(title: String) = { } @connectedHtml(id: String) = {Connected. You can now access this server using your credentials and this cloud ID: @id
}


ULEE'S GOLD A film review by Scott Renshaw Copyright 1997 Scott Renshaw
(Orion) Starring: Peter Fonda, Patricia Richardson, Christine Dunford, Jessica Biel, Vanessa Zima, Steven Flynn, Dewey Weber, Tom Wood. Screenplay: Victor Nunez. Producers: Sam Gowan, Peter Saraf. Director: Victor Nunez. MPAA Rating: R (profanity, adult themes, violence) Running Time: 115 minutes. Reviewed by Scott Renshaw.
Twenty-eight years ago, Peter Fonda became a counter-culture icon in EASY RIDER. If you can name two other Peter Fonda films since then, you have my deepest sympathies; it probably means you sat through delights like WANDA NEVADA. Anyone who remembers Peter Fonda on film probably remembers him as Captain America, which is why it's so startling to see him in ULEE'S GOLD. The broad forehead, the determined chin and the stoic demeanor are all eerily reminiscent of another film Fonda. At some point during the past three decades, Captain America turned into Tom Joad.
It's not just in his physical appearance that Peter resembles Papa Henry. In ULEE'S GOLD, Peter Fonda gives the kind of intense and introspective performance which characterized his father's best work. He plays Ulysses "Ulee" Jackson, a Florida beekeeper trying to hold together the tattered remnants of his family. With his son Jimmy (Tom Wood) in prison and Jimmy's wife Helen (Christine Dunford) run off to parts unknown, Ulee cares for his two granddaughters (Jessica Biel and Vanessa Zima) and keeps to himself. That is before a call from Jimmy informs Ulee that Helen is in the company of Jimmy's old running buddies Eddie (Steven Flynn) and Ferris (Dewey Weber), and possibly in trouble.
At first, Helen's predicament does not move Ulee in the least. One of the riskier steps writer/director Victor Nunez takes is making Ulee fairly unlikeable at the outset, and not unlikeable in that fussy, irrascible but ultimately good-hearted Hollywood way. Wartime experiences in Vietnam, the death of his wife and the problems of Jimmy and Helen have left Ulee scarred and emotionally repressed; even worse, they have left him bitter and judgmental towards those he considers responsible for their own tragedies, like Jimmy and Helen. He no longer knows how to reach out to help others, or how to accept help when someone like his kindly neighbor Connie ("Home Improvement's" Patricia Richardson) reaches out to him.
Like Nunez's 1993 gem RUBY IN PARADISE, ULEE'S GOLD is about a journey of self-discovery, not exactly a high-concept premise. Nunez's particular gift as both a writer and a director is the ability to convey the struggles of troubled souls without resorting to melodramatic situations or hyperbolic speeches. The most spectacular thing about Peter Fonda's performance is exactly that it is so unspectacular, a textbook study of dramatic economy. We understand his survivor guilt in one weary line to his granddaughter about how he made it out of Vietnam ("Your grandpa was tricky"); we see the comfort he takes in his solitary labor as extended sequences follow him through the harvesting of the tupelo honey. This stubborn, driven, hard-working man is not entirely pleasant to be around, but he's fascinating and thoroughly human. Even when the plot takes a turn into crime drama with the search for money from a long-ago holdup, Nunez and Fonda don't take the plot or the character into steely-eyed reluctant heroism. The action in Fonda's lined face is more compelling than a shootout in the swamps.
ULEE'S GOLD is exactly the kind of film some people get suspicious about when the critics go ga-ga, primarily because it is the kind of film critics are _expected_ to go ga-ga over. As a casually-paced, character-driven drama in the middle of summer, it certainly stands out in a crowd, but it is not a flawless masterpiece. Nunez has a tendency to devote almost all his creative energy to his main character, leaving his supporting players far less to work with. There are moments when ULEE'S GOLD starts to wander, when the languid character interactions are merely slow instead of meaningful. Still, one fascinating, carefully-constructed character is one more than almost any other film of the last few months has taken the time to give us. In a way, that makes ULEE'S GOLD just as rebellious a film as EASY RIDER was in its time. Maybe there's still a streak of Captain America in Peter Fonda after all.
On the Renshaw scale of 0 to 10 easy riders: 8.
Visit Scott Renshaw's MoviePage http://www-leland.stanford.edu/~srenshaw Subscribe to receive reviews directly via email See details on the MoviePage
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


# -*- coding: utf-8 -*-
[docs]class AutocompleteMeta:
"""
Simple meta class to allow the model to define aspects of the autocomplete.
:var name: used for the named url
:var path: the path to autocomplete view
:var follow_fks: when searching should ForeignKey fields be followed.
:var fields: list of fields, if empty then all searchable fields are used
:var permissions: bool, string or iter
* if ``permissions`` ``False`` (default) no authentication is checked.
* if ``permissions`` ``True`` then request.user must be authenticated.
* if ``permissions`` ``string`` then request.user must have the permission defined by ``string``.
* if ``permissions`` ``iter`` then request.user must have all the permissionis defined in the ``iter``
See :class:`django_autocomplete.views.AutocompleteView` for more clarification.
For example as a simple object:
>>> from django_autocomplete.meta import AutocompleteMeta
>>> class TestModel(object):
... autocomplete = AutocompleteMeta(
... name='silly',
... path='api/filter/silly',
... )
The model autocomplete configures the model for use:
>>> m = TestModel()
>>> m.autocomplete
<django_autocomplete.meta.AutocompleteMeta object at 0x...>
>>> m.autocomplete.path
'api/filter/silly'
>>> m.autocomplete.name
'silly'
>>> m.autocomplete.follow_fks
True
>>> m.autocomplete.fields
[]
"""
name = ''
path = ''
fields = []
permissions = None
follow_fks = True
def __init__(self, autocomplete=None, **kwargs):
if autocomplete:
autocomplete_attrs = autocomplete.__dict__
else:
autocomplete_attrs = kwargs
for attr in self.__class__.__dict__:
if attr in autocomplete_attrs:
self.__dict__[attr] = autocomplete_attrs[attr]


CLDF v1.1.3
Fixed valueUrl property for Glottocode column, making sure the default name is used as variable.


S
- Token representation type for places.public abstract class AbstractMarking<S>
extends java.lang.Object
implements java.io.Serializable
| 构造器和说明 |
|---|
AbstractMarking() |
| 限定符和类型 | 方法和说明 |
|---|---|
void |
clear()
Clears the marking, i.e. removes all states for all places.
|
abstract AbstractMarking<S> |
clone()
Returns a copy of the marking.
|
boolean |
contains(java.lang.String place)
Checks if the marking contains a state for the given place.
|
boolean |
equals(java.lang.Object obj) |
S |
get(java.lang.String place)
Returns the state of the given place within the marking.
|
int |
hashCode() |
boolean |
isEmpty()
Indicates if the marking is empty, i.e. contains no place states.
|
java.util.Set<java.lang.String> |
places()
Returns all places for which the marking contains a state.
|
void |
remove(java.lang.String place)
Removes the state for the given place from the marking if it contains a state for the place.
|
void |
set(java.lang.String place,
S state)
Sets the state of the given place in the marking.
|
public java.util.Set<java.lang.String> places()
public boolean contains(java.lang.String place)
place
- The place of interest.true
if the marking contains a states for the given place;false
otherwise.public void remove(java.lang.String place)
place
- The place whose state has to be removed.public boolean isEmpty()
true
if the marking is empty;false
otherwise.public void clear()
public S get(java.lang.String place)
place
- The place whose state is requested.public void set(java.lang.String place, S state)
place
- The place whose state is set.state
- The state for the given place.public abstract AbstractMarking<S> clone()
clone
在类中 java.lang.Object
public int hashCode()
hashCode
在类中 java.lang.Object
public boolean equals(java.lang.Object obj)
equals
在类中 java.lang.Object


| mpa_check {MPAtools} | R Documentation |
Validates the inputs passed to mpa_2D().
mpa_check(area, nsteps, r, pop0, K, mrate)
area |
an N by M matrix with harvesting rates for fishing grounds (0 < harvesting rate <= 1) and MPAs (harvesting rate = 0) for the simulated area. |
nsteps |
Number of steps to run the simulation. |
r |
Intrinsic population growth rate. |
pop0 |
Initial population size. If single, assumes equal population size across all cells in area. If a matrix, it must have the same dimensions as area. |
K |
Carrying capacity |
mrate |
Movement rate expressed as a proportion (relative to 1). Indicates the proportion of organisms that will move out of a cell in one timestep. |
op |
A logical value that indicates if a filled.contour is to be created. WARNING: op = TRUE may make the simulation slow. |
check an object of type list containing elemetns result and message. Result is a logical that indicates if the inputs to mpa_2d() are correct. If they are not, message contains the error message to be displayed in the Console.
Villasenor-Derbez, J.C.


Biography
My name is Mohammad Ghafri, I have studied electrical engineering at Hashmite univesity (HU) I graduated on july 2017. I started to work as solar cell designer for short term . then i moved on to my next job, which was an accountant In General trading company at . I stayed in this business almost for two years. During that time, I was promoted to Auditor and then to a manager. Nowadays, I want to update my science again-not only to find better job its in accurate sence to enter the information era and to increase my knowledge. Here Im in 201 Course With about twinty four participants and I want to success this and move to 302 course and 401 course. Further more , I have many goals after finishing Full stack develepoment such entering AI world and make my own touches. Further away, I want to be Great Scholar in AI.
Work Experience
- Solar cells designer
- accountant
- accountatnt and Auditor
- Front end developer
Top Ten Interest
- I love Math,Physics,circiut analysis and programming Arduino
- Iam interested in sketch with oil pastels
- I love outings very much
- I love tea,specially the little sugar and Nescafe
- Iam interested in reading books
- I love perfume so much
- Iam using A5 2016, Iam old, I know
- Iam using Lenovo and HP
- I love quietness
- For Games, I prefer strategy games


At a distance of 17 km from Belur, 34 km from Chikmagalur, 32 km from Hassan, 148 km from Mysore & 211 km from Bangalore, Halebidu is located in Hassan District of Karnataka State. Halebidu (or Halebid) is famous for the beautiful Hoysala Temples of Hoysaleswara and Kedareswara built in 1121 AD.
It is one of the three Hoysala temples nominated for UNESCO World Heritage Sites, other two being the Belur temple & Somnathpur temple). The Hoysala temples are known for minute & intricate carvings and sculptures with metal like polishing.
Halebidu is among the most popular tourist places in Karnataka.Halebidu was the glorified royal capital of the Hoysala kingdom in 12th Century. Halebidu, which was previously called Dorasamudra or Dwarasamudra.
Visiting Timings:-7:30AM TO 5:30PM
At a distance of 82 km from Kemmangundi, 64 km from Chikmagalur, 27 km from Belur & 12 km from Halebid, Belavadi is a village situated in Chikmagalur District and is famous for Sri Veera Narayana Temple built in Hoysala architectural style.
The place is described as Ekachakranagara of Mahabharata and is said to be the place where Pandava prince Bheema killed the demon Bakasura and protected the village and its people.The Veera Narayana temple was built in 13th century by the Hoysala King Veera Bhallala II. This temple is dedicated to Load Vishnu in three different forms.
While Belur and Halebid are famous for their intricate sculpture, this temple is one of the best examples of Hoysala architecture. The west side of the temple consists of a square garbhagriha, a sukanasi, Ranga mandapa and square maha mantapa. The whole structure has been constructed on a raised platform.
Visiting Timings:-6:30 AM - 9:00 PM


--- layout: page title: We have the data. section: blog class: home ---
Welcome to garymaps.com and thank you for visiting. The information on this site provides valuable insight not only to city departments and our partners, but for all who have a vested interest in eliminating blight and rebuilding the great city of Gary! Over the past 18 months, nearly 200 people volunteered their time to help collect information on each property in Gary's 50+ square miles. I extend my heartfelt thanks to all of the students, residents, community leaders and city employees who cared enough to give their time to such an important project.
Now that we have this data, we can make smarter more calculated decisions on how to best address demolition and redevelopment. We will continue to work with our partners from the University of Chicago's Harris School of Public Policy, the Center for Community Progress and LocalData to build on our success.
Please plan to visit this site regularly as updates on our progress will be provided. We also invite you to volunteer on future surveys and offer your suggestions. As always, thank you for your support, and we are definitely headed in the right direction.
Sincerely,
Mayor Karen Freeman-Wilson


new Cursor()
A cursor is a set of documents. It can be manipulated as an array plus the
following actions: update, remove, get, find, findOne, sort, first, last,
pretty, count.
Cursors are initialized by Collection.find(), so, don't initialize cursors by yourself!
Cursors are initialized by Collection.find(), so, don't initialize cursors by yourself!
Example
var db = new MonguitoDB(localStorage, "orders");
var cursor = db.orders.find({recipient: "Juan"});
Methods
-
count() → {number}
-
Counts the number of documents within this cursor.
Returns:
- Type
- number
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Counts the number of orders belonging to "Juan" var count = cursor.count();
-
find(query) → {Cursor}
-
Retrieves all documents within this cursor that match the specified query.
NOTE: This function creates and returns a new cursor (the original one won't be modified).Parameters:
Name Type Argument Description query
object | function <nullable>
Specifies selection criteria. Returns:
- Type
- Cursor
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Gets all orders belonging to "Juan" with status "Pending". var pending = cursor.find({status: "Pending"}); // Gets all orders belonging to "Juan" with total >= 1000. var expensive = cursor.find(function (e) { return e.total >= 1000; });
-
findOne(query) → {Document|null}
-
Returns a Document within this cursor matching the specified query. If multiple documents satisfy the query, it will be returned the first document found. If there is no matching document within this cursor, it will be returned null.
Parameters:
Name Type Argument Description query
object | function <nullable>
Specifies selection criteria. Returns:
- Type
- Document | null
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Gets the order belonging to "Juan" with number "107-1". var order = cursor.findOne({number: "107-1"}); // Another way to do the same above. var order = cursor.findOne(function (e) { return e.number === "107-1"});
-
first() → {Document|null}
-
Returns the first Document within this cursor. If the cursor is empty, it will be returned null.
Returns:
- Type
- Document | null
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Gets the first order belonging to "Juan". var order = cursor.first();
-
get(documentId) → {Document|null}
-
Gets the Document within this cursor matching the specified _id. If there is no matching document within this cursor, it will be returned null.
Parameters:
Name Type Description documentId
number | string Document _id. Returns:
- Type
- Document | null
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Gets the order belonging to "Juan" with _id = 1. var order = cursor.get(1);
-
last() → {Document|null}
-
Returns the last Document within this cursor. If the cursor is empty, it will be returned null.
Returns:
- Type
- Document | null
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Gets the last order belonging to "Juan". var order = cursor.last();
-
pretty()
-
Gets a "pretty" JSON representation of this cursor.
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Prints all orders belonging to "Juan". console.log(cursor.pretty());
-
remove()
-
Removes all documents in this cursor (changes are applied both in the cursor and the storage).
NOTE: Once you call remove() on a cursor the cursor will be empty.Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Removes all orders belonging to "Juan". cursor.remove();
-
sort(sortExpression) → {Cursor}
-
Sorts the current cursor and returns a reference to the new sorted cursor.
NOTE: This function creates and returns a new cursor (the original one won't be modified).Parameters:
Name Type Description sortExpression
string Sort expression (You can use ASC or DESC to specify sort direction. Returns:
- Type
- Cursor
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Sorts the documents by seller (Default sort direction is ascending). orders = cursor.sort("seller"); // Sorts the documents by seller and total. orders = cursor.sort("seller, total"); // Sorts the documents by seller (ascending) and total (descending). orders = cursor.sort("seller ASC, total DESC");
-
update(obj) → {Cursor}
-
Updates all documents in this cursor (changes are applied both in the cursor and the storage).
NOTE: _id property can't be modified.Parameters:
Name Type Argument Description obj
object <nullable>
The modifications to apply (_id is omitted). Returns:
- Type
- Cursor
Example
var db = new MonguitoDB(localStorage, "orders"); var cursor = db.orders.find({recipient: "Juan"}); // Updates all orders belonging to "Juan" with status "Delivered". cursor.update({status: "Delivered"});


2 days, 20 speakers, single track
Evening functions / networking time
Workshops around the conference
Early bird R900, Full price R1200 * includes both days, snacks & workshop (seating limited)
Factory, Workshop, Stage
Sarah Mei has been doing software since before the internet had cats. She’s currently the Chief Consultant of DevMynd, where she helps teams refactor their way out of interesting messes. She also teaches object-oriented design with Sandi Metz, is a director of Ruby Central, and co-founded RailsBridge back in the day. Sarah lives in San Francisco, which is way colder than the California you imagine.
Once upon a time, writing software felt a lot like working in a factory. A product went through an assembly-line-like series of stages where each team added their contribution. At the end of the line, the finished product was packaged up and physically shipped to a customer.
Fast forward sixty years. Both the software itself and our process for making it are radically different from this original conception. But in the absence of a newer, more appropriate model for software development, we've unconsciously retained many industrial-era concepts -- and they're holding us back. We need a new model for software development that captures what we do today, and prepares us to build what we need for tomorrow.
I will outline a new model for software development that places the people who do it in the center of the picture, instead of on the periphery. Applying it to our projects gives us real, immediate answers to the hardest questions of software today.
Reactive Programming Principles
I have been working as a software developer for about 11 years now. I enjoy learning new things and most of all writing software. I consider myself to be a bit of a polyglot developer. Lately I have been enjoying coding in Ruby, Scala, Rust and JavaScript.
Writing distributed applications is tricky enough without throwing concurrency into the mix. As the applications you and I build every day get more and more complex, we need tools and principles that can help us get the job done without sacrificing our sanity. That’s where Reactive Programming comes in. Join me at RubyFuZA where I’ll take you through my journey on learning Reactive Programming Principles and share some of my key learnings with you.
What defines quality software?
Rory is a software developer, an aspiring (and perspiring) entrepreneur and a perpetual student. He has developed several methodologies for apologising for the software he has inflicted on others and his spare time is spent honing a speaker bio that is so perfect that he never has to write one of these damn things again. To date he has failed. Although he does feel that he has managed to level up in the key areas of run-on sentences and pointless distracting tangents.
For years, I've believed that there was a univeersal constant that defined quality software and, once the secret ingredient for quality software has been identified, it can be distilled, bottled and sprinkled like fairydust over code - ensuring success.
This talk will try to determine if there is a single overarching definition of quality software or if, like so many other of life's realities, it is a tad more complicated.
Freelancing rates ... without using a random number generator
JSinSA conference founder and start up chap who's in a convincing disguise as a consultant. He also runs the FindFreeWiFi.co.za site.
It's the thing everyone talks about, but no one tends to give full disclosure. This talk covers one of the approaches to figuring out an hourly rate for your time and pitching it to clients.
It will also cover:
* the zero value of asking peers for their rates
* when and how to substantiate a rate
* how to present the final number
Eigenclasses and other Meta-programming Concepts
I started my career as a Clarion developer, and then moved into the asset management realm where I was exposed to various technologies. Then, four years ago I was introduced to Ruby and I never looked back!
Eigenclasses are an important construct in Ruby and, although obscured from the everyday developer, are core to many meta-programming principles and techniques. We delve into what an eigenclass is, how to access it, and how to make use of this knowledge in order to improve our meta-programming techniques. Method lookup, singleton methods, class_eval and instance_eval, and include and extend will all be explained in the context of eigenclasses. Other useful meta-programming ideas such as scope gates will also be investigated.
Literate Programming in Ruby
Brendon McLean studied engineering because his career guidance councillor told him there were no jobs in software. He's been writing software ever since. He narrowly escaped a verbose career in enterprise Java when he was offered the role of heading up development at Intellection, a start-up in market research analytics. He jumped at the opportunity and helped build their data analytics platform for market research in Ruby.
Find out the about the history of literate programming and how it has evolved since Donald Knuth coined the term and implemented it in 1981. You will see several running examples of it in other languages leading up to running implementations in Ruby. Finally, the talk explores what's possible in Rails when you combine markup and code using a Jupyter Kernel for Rails.
Kiddibot
Tony: I am 23 years old and I am originally from the Republic Democratic of Congo (DRC) specially in Lubumbashi and I came here in Cape Town in 2010 where I did my English for 1 year and after that I went to college of cape town to do Mechanical Engineering until I was taken at Cape Peninsula University of Technology in July 2012 to do another field of Engineering (Mechatronics). I am currently done with my internship at ORT SA CAPE and has been qualified for my national diploma and will do my BTech this year 2016 at CPUT.
Piwe: I am 23 years of age, I have been working for ORT on a permanent basis for the past 2 years and i do robotics both WeDo and Mindstorms. I am currently doing my 2nd year on a four year diploma Office Management and Technology and i do this on a part-time basis. My ultimate passion lies in computers, and once done with my current qualification, I would like to pursue a qualification in the IT sector.
ORT SA CAPE is an NGO that was founded in Russia in 1880 and was established as a fund raising entity in SA in 1936. Neurological research shows that the early years before formal school play a key role in children’s brain development.
ORT SA CAPE works to educate underprivileged youth by addressing the challenges in four ways:
* CASPER (Construction After-School Programme for EnRichment, Reading and Robotics)
* Robotics
* Teacher Training
* Educational Research and Evaluation
The “kiddibot” fits into the Robotics section. Shaheer and I, are students from CPUT (Cape Peninsula University of Technology). One of the requirements from university in other to complete your degree, is to have a 6 months internship at any company where a project must be completed during that time. We have been received at ORT SA CAPE for our internship. They realized that, walking or robotics workshop were done by children from 6 years old, however some of the kids who were 4 years old wanted to do that as well. Therefore, ORT SA CAPE gave us the responsibility to make a robot for those youngest kids so that they can program and make it work as well. The project was done in 5 months and has been tested with some kids already and was very successful. However, few modifications in terms of design need to be done for a mass production.
Assumption is the mother of all fuck-ups
Austin Fagan has been billed as a Support Analyst, Developer, Scrum Master and Agile Coach. In all of these roles he has occasionally excelled at getting it very, very wrong. He’s currently busy learning new ways of challenging the assumptions that lead him into many a fine mess.
As product developers we tend to get caught up in the solution and lose sight of the problem we are trying to solve. It's through the assumptions we make along the way that we come a cropper. This talk is about taking those assumptions and turning them into something really, really useful.
(M)Ruby, Robots, and how to control the World.
A British Ruby/Rails developer, with a penchant for tweed, fine coffee, and homebrewing. When not deploying enterprise clouds, I help organise fun events around the world that teach people to program flying robots. I also occasionally speak at international conferences on the intersection of programming and robotics.
Ever wanted to control your own robots, using just code and your imagination? Did you know you can make a robot fly with only 9 lines of Ruby?
With a little bit of Ruby and a variety of hardware; we'll see flying robots, mruby bots, and a lot more. We may even be able to make them... dance! So let's get coding: @robot.do_awesome_stuff!
Using LocalStorage for Progressive Saving
Daphné Calitz is a Developer based in Hyde Park Johannesburg. Worklife includes writing salesforce applications in Apex and JavaScript and, writing and maintaining new integration components.  She is a determined individual and a fan of pair programming (even though it can sometimes lead to homicidal thoughts).
As application developers we often provide users with ways to capture complex data via a UI. What we often don't cater for is when that user is halfway through capturing a record and need to stop what they are doing. This talk will cover how we as developers can leverage LocalStorage in the browser to make our users' lives easier.
RubyGL
Daniel Smith is a Ruby and Node.js developer at Platform45. He loves doing things new or out-of-the-ordinary. His favourite pastimes are graphics programming and monkey-patching the NilClass. He has spoken about Game Development and other topics at Jozi.rb and Pretoria.rb. His game development experience started when he wrote tic-tac-toe for DOS in Turbo Pascal at the age of 11. Since then he has had a keen interest in game development and graphics programming.
OpenGL is powerful cross-platform library for 3D graphics. It has been used to develop stunning visuals for indie, open-source and AAA games alike, as well as powerful graphics applications for medicine, military, and CAD, to name a few. However, as a C-Library, OpenGL is notoriously difficult to work with, especially for newcomers. Ruby gives us the opportunity to make writing OpenGL applications a more pleasant experience. This talk deals with OpenGL, Ruby, and making the two work together in a way accessible to all developers.
Beating Poker With The Help Of Ruby
Assaf is a developer at the PayPal Tel Aviv Consumer Product Center, a small team focused on building the future of PayPal’s consumer apps and products all the while working on various gems and side projects. Based out of sunny Tel Aviv, Assaf is also an amateur poker player, often trying to mix between the poker, math and technology worlds. Assaf also very much enjoys brewing coffee, eating cake and riding his bicycle but hasn’t yet tried to use his programming skills for those.
The thing that makes poker such an interesting game is the combination of super deep strategy and the mathematics behind the deck of cards, both of which make decision making around the table extremely difficult. Lucky for us, Ruby can help us with that!
This talk explores how we can use Ruby to become better poker players by implying various gems and statistical analysis methods both in real time and retrospectively to deepen our understanding of situations and our opponents' strategy and tendencies and ultimately, make better decisions.
Going Native
Kevin is a Ruby developer at Platform45. He began his career working with C#, but made the switch to Ruby in 2011 and hasn't looked back since. He has strange obsessions with vim, code quality and guitars.
Ruby gives us a very friendly syntax to express ourselves with, but it's not without its limitations. Sometimes we need something closer to the hardware in order to make performance gains or for specialised applications such as signal processing.
We'll live code a Ruby gem with a C native extension and then look at how we can use Go, a modern systems programming language, as an alternative to C for native code interop in Ruby.
Improving your Craft through Communication
Software developer. Conference Speaker & Coach. Not a rockstar/ninja/pirate/guru. Interested in learning and sharing experiences. I've been a developing software for just over a decade now and in that time learned that software development is more about people than code. Although the code is fun, the people aspect is so much more important.
As developers we often focus all our energy into languages and frameworks when we start out. Sadly many new developers won't focus on communication skills until much later in their career.
This talk aims to explain why communication is so important and how to improve the way we communicate.
Next level release management using feature flags
%w{code politics culture design ux}.each { |thing| puts "I'm about #{thing}" }
Deploying an application is getting trickier and trickier as the features we build get ever more complex. In this talk, I’ll be showing you how you can level up your release management and deployment strategies using feature flags, and why they could just be a future core principle in modern app development.
Elixir. Much distributed. Such reliable.
Simon works at Platform45 creating better software for better businesses, mostly using Ruby and Javascript. The creature, Simonis, is known to dabble in Artificial Intelligence code, and his migratory patterns suggest Elixir could be part of its regular diet of code and coffee. Latest sightings of the creature include local meetups Pretoria.rb and Jozi.rb, and span as far as Washington D.C, MD and Madison, WI, babbling on about AI and testing.
Elixir is a fairly new functional programming language that runs on top of the Erlang virtual machine, known as the BEAM. Elixir opens up the mysterious world of Erlang to the average developer via an accessible syntax. Let us explore what this wonderful language and platform have to offer by looking at how they apply to building real time features into a typical request-response web application. As a bonus we will also look at how Elixir is particularly suited for complex event processing systems - sounds like all the systems we build, doesn’t it?
Teaching Kids to Programme with Gosu and Sonic Pi
I am a feminist, a committed tea drinker and a budding yogi with the goal of getting into the lotus position without tearing my soul. I like to write code almost as much as I like to sleep. I was born in Johannesburg, raised in Benoni and grew up to become an engineer. I helped build a couple of power stations and then switched to software development. It was worth it.
People learn at a young age about what was possible and what was not. Sometimes they develop biases that are not entirely valid. Often they believe that becoming a developer is not a realistic goal or don't even consider it an option.
Using libraries like Gosu and Sonic Pi that turn metaphors into audio and visual experiences, we can captivate and encourage young people. We can help them learn that code isn't a mythical dragon impossible to slay, but magic they can use that lets them see the true beauty of software development.
Building a better programming interface for your application
Hi, I’m Ridhwana. I am the co-founder of a bespoke software development company, Zero One. My passion is software development, and nothing brings me more joy than creating a piece of software that will help improve peoples lives. I love exploring new technologies and have recently set my goal to design beautiful interfaces, that boast good user experience.
We are moving towards an era where API’s are now forming the crux of communication between different applications.
Hence, we need to ensure that our API's follow a good design and architecture, so that integration between different applications can be accomplished with minimal complexity and maximum efficiency.
In this talk, I would like to explore the JSON API spec, benefits and disadvantages of micro services, Rails 5 for your JSON API's, and the tools and workflow that, we as developers, can use to minimise delays when working in big teams, asynchronously, on the frontend and API.
Stupid Ideas For Many Computers
Aja lives in Seattle where she is a developer at Substantial and a member of the Seattle Ruby Brigade. Her favorite languages are Ruby and Prolog. She also loves working with large piles of data. In her free time she enjoys skiing, cooking, knitting, and long coding sessions on the beach.
 This talk isn't about useful things. This talk will show off asinine, amusing, and useless things you can do with Ruby and access to cloud computing.
Sentiment analysis based on emoji? Why not? Hacky performance testing frameworks? Definitely! Multiplayer infinite battleship? Maybe? The world's most inefficient logic puzzle solver? Awesome!
If you are interested in having some fun and laughing at reasonable code for unreasonable problems (or unreasonable code for reasonable problems) this talk is for you.
Developer Design Thinking
Rishal is currently fulfilling the role of a Team Lead at Entelect. He is a senior software engineer designing and building solutions for various national and international blue chip clients. He has a passion for web architecture, mobile development, and user experience design. MSc research in artificial life. He also enjoys developing games and producing music. www.prolificidea.com
Design thinking is a methodology used by designers to create innovative and effective solutions. Most scientific methodologies of working take all the known factors into account when deriving a solution, whereas, design thinking analyses both the known and the unknown. It challenges us to delve deeper into the problem and read between the lines before forming a solution. This talk aims to provide insight into activities and practices that assist developers in building effective, robust, and usable software by utilising the design thinking methodology.
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Registration
Lance Gleason @lgleasain Welcome
Sarah Mei @sarahmei Factory, Workshop, Stage
Assaf Gerber @assafgelber Beating Poker With The Help Of Ruby
Break
Ridhwana Khan @Ridhwana_K Building a better programming interface for your application
Rishal Hurbans @RishalHurbans Developer Design Thinking
Lightning Talks
Lunch
Simon Stewart @SimonStewart Freelancing rates ... without using a random number generator
Simon Van Dyk @siefi Elixir. Much distributed. Such reliable.
Nelson Pascoal @foomip Reactive Programming Principles
Break
Steven McDonald @StevenMcD_code Improving your Craft through Communication
Daphne Calitz @DaphneCalitz Using LocalStorage for Progressive Saving
Drinkup
Arrival
Aja Hammerly @thagomizer_rb Stupid Ideas For Many Computers
Julian Cheal @juliancheal (M)Ruby, Robots, and how to control the World.
Lightning Talks
Break
Brendon McLean @brendon9x Literate Programming in Ruby
Kelvin Smith @oneKelvinSmith Teaching Kids to Programme with Gosu and Sonic Pi
Siwaphiwe Tshona and Ciam a Mbay Tony Kiddibot
Lunch
Daniel Smith @jellym4nn RubyGL
Kevin McKelvin @kmckelvin Going Native
Austin Fagan @austin_fagan Assumption is the mother of all fuck-ups
Break
Eliza de Jager @code_kitten Eigenclasses and other Meta-programming Concepts
Rory McKinley @rorymckinley What defines quality software?
Gabriel Fortuna @gee_forr Next level release management using feature flags
Leave for Dinner
Hacking For Good with Lance Gleason
Saturday, February 6, 2016 | 09:00 - 12:00
Do you work with a not for profit cause that needs some coding help? Do you want to use your coding skills to help a not for profit? If you answered yes to either of these questions then come to this session to to hack on a project for good and meet others who also want to work on meaningful projects. This will be self organizing informal session. Bring your laptop and ideas for projects(if you have any).
Lance has been a computer nut ever since his dad bought him a VIC 20 in the 1980s. After nearly a decade as a Java developer for companies like Kodak, CNN, and GE, he decided to end his addiction to heavy inheritance, static typing, and coding without tests. These days, he practices clean Ruby living with lots of well-tested code, class composition, and fun dynamic languages as a developer/startup CTO for hire with extensive experience in data science and committer on open source projects such as the Passbook-iOS, Asari and Active Asari Gems. He is known to practice interspecies pair (purr) programming with his orange tabby, Allie, and when he's not writing code, you will find him diving with sharks, trekking through Chernobyl, sampling wine, cheering on the Springboks or perfecting his biltong recipe.
Level up your Ruby skills by building a Flashcard CLI with De Wet
Saturday, February 6, 2016 | 09:00 - 12:00
Have you been working on Rails projects but feel your Ruby skills are holding you back? Can you code things in Ruby but know you need to grow in your ability to write tests for your code? Are you a beginner that has followed the first half of a Ruby book from home but have no clue how to make the jump to making something useful?
Come build a command line flashcard quiz with us. At the end, your program can ask you to answer questions in the terminal. Building something that you can actually use (to learn a bunch of coding terms or to help a relative pass matric) is a lot more motivating than only doing code exercises to get better.
De Wet's full time job is teaching people to code, he enjoys it so much that he wants to come do it on the weekend, just for fun. togethertech.org http://togethertech.org
Intellection are changing the way companies do market research. Our product, Insight Out, allows companies to create sophisticated analysis pipelines that turn raw data into insights, recommendations and interactive charts. Our product includes data science, data visualisation, micro-service web programming and a rich Javascript front end running on AWS.
Ruby-level sponsor intellection.comAt Platform45 we believe software is essential to the advancement of human potential. All businesses will, if they haven't already, become software businesses.
We work with our clients to create custom web and mobile software that allows them to automate, innovate and ultimately engineer a better business.
Ruby-level sponsor platform45.comProdigy Finance is a global community, connecting the world’s talent with the capital it needs to thrive. Our international network of investors fund graduate loans for students from over 112 countries through a borderless model that prizes potential over geography. We find and help fund talent all across the world, crossing the borders which traditional funding providers cannot.
Currently Prodigy Finance has programmes at more than 60 of the worlds ranked business schools, including INSEAD, Wharton, Chicago Booth, Columbia Business School, London Business School, NUS, University of Oxford’s Saïd Business School, and Stanford to name a few. For further information visit prodigyfinance.com.
Sapphire-level sponsor prodigyfinance.comGoogle’s innovative search technologies connect millions of people around the world with information every day. Founded in 1998 by Stanford Ph.D. students Larry Page and Sergey Brin, Google today is a top web property in all major global markets. Google's mission in Africa is to make the internet an integral part of everyday life in Africa, by increasing its relevance and usefulness, eliminating access barriers for potential users, and developing products that are meaningful for the countries in the region. Google is headquartered in Silicon Valley with offices throughout the Americas, Europe, Africa and Asia.
For more information, visit developers.google.com , and follow us on Google+ at plus.google.com/+GoogleDevelopers
Sapphire-level sponsor developers.google.comAt Hetzner South Africa we are passionate about web hosting – it’s our core business and it’s what we do best. By consistently delivering excellent service and cost effective web hosting, dedicated servers and custom hosting solutions, Hetzner has exponentially grown its market share, making it the leading web hosting company in South Africa. Inspired by our brand promise ‘Trusted in Hosting’, we focus on providing efficient, sustainable business models, quality service and customer satisfaction. A key contributor to our success is our people. We aim for our teams to manage themselves rather than rely on several layers of hierarchy. We want to give our people the freedom to explore, innovate and create. We recognise that our customers expect reliability and good value from us and it remains our ongoing commitment to earn and retain their trust.
Sapphire-level sponsor + Coffee Sponsorship hetzner.co.zaWe’re Unboxed. We collaborate to grow ideas for digital products and services. Then we build them. We also improve the way organisations works. We do this through agile and lean techniques, using Ruby on Rails.
Sapphire-level sponsor unboxedconsulting.comVulcan Labs is a leading boutique provider of software development and consulting services with a specific focus on the Business Intelligence domain. We develop a range of highly customisable products that enable businesses to better collect, collate, analyse and report on critical business data.
Topaz-level sponsor vulcanlabs.comAfrican Travel Canvas is a local tour operator with over thirteen years of experience in the luxury tourism market. From sightseeing tours, fully inclusive individual and group tours, self-drive tours, safaris and overland excursions, African Travel Canvas designs bespoke itineraries that cater to an array of travellers’ interests and aspirations. In seeking adventure, exploration, education or relaxation, experience the African continent with African Travel Canvas.
Organizing partner www.africantc.co.zaZero One is a boutique bespoke software development company that focuses on the right mix of proven tools and cutting-edge software development techniques. We build ambitious applications for some of the most innovative companies in South Africa. Zero One ❤’s Ruby.
Topaz-level sponsor zero-one.ioSituated in the exclusive and wind-free suburb of Bantry Bay, the President Hotel is a peaceful haven just a step away from the buzz of Cape Town’s CBD. With sweeping views stretching over the endless horizon of the deep blue Atlantic Ocean and nestled below the majestic Lion’s Head, Bantry Bay enjoys an average of 290 wind-free days a year. The average daily sunshine is between 7.5 and 9.5 hours, making the President Hotel’s infinity pool an attractive prospect all year round.
View Map Find accommodation


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| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |
Style.attributeSet
has updated after any style
changes.
Pattern
s, returns a RegExp
that globally
matches the union of the sets of strings matched by the input RegExp.
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Defines position, rotation and speed related data for moving an entity.
More...
|
| | Movement (float speed=0.0f, float rotationSpeed=0.0f) |
| | Initializes a new instance of the T:MidnightBlue.Engine.EntityComponent.Movement class. More...
|
| |
Defines position, rotation and speed related data for moving an entity.
§ Movement()
| MidnightBlue.Engine.EntityComponent.Movement.Movement |
( |
float |
speed = 0.0f , |
|
|
float |
rotationSpeed = 0.0f |
|
) |
| |
|
inline |
Initializes a new instance of the T:MidnightBlue.Engine.EntityComponent.Movement class.
- Parameters
-
| speed | Initial speed value. |
| rotationSpeed | Initial rotation speed value. |
§ Angle
| float MidnightBlue.Engine.EntityComponent.Movement.Angle |
|
getset |
Gets or sets the angle.
The angle in radians.
§ Heading
| Vector2 MidnightBlue.Engine.EntityComponent.Movement.Heading |
|
getset |
Gets or sets the current heading.
The heading.
§ LastPosition
| Vector2 MidnightBlue.Engine.EntityComponent.Movement.LastPosition |
|
getset |
Gets or sets the last known position.
The last position.
§ Position
| Vector2 MidnightBlue.Engine.EntityComponent.Movement.Position |
|
getset |
Gets or sets the world position.
The position.
§ RotationSpeed
| float MidnightBlue.Engine.EntityComponent.Movement.RotationSpeed |
|
getset |
Gets or sets the rotation speed.
The rotation speed.
§ Speed
| float MidnightBlue.Engine.EntityComponent.Movement.Speed |
|
getset |
Gets or sets the movement speed.
The speed.
The documentation for this class was generated from the following file:
- Shared/src/Engine/EntityComponent/Components/Movement.cs


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When you download the MapSwipe app, you will have to create an account and provide us with some information about you so that we can link your contributions to your account. We are hoping to introduce an option to map as a guest without you having to give us any information, however this is not yet available.
We monitor how the app is used, for example the pages you view and how you navigate the app, to help us improve the experience. This data is aggregated and anonymised, so we are not able to identify individual users. If you use our website, we may also obtain information about your visit to our website by using cookies. Please visit our cookie policy for information on this.
When you create an account, we will ask you to provide your email address and create a username and password for your account. Your email address is referred to in this Privacy Notice as 'personal information', whereas your username will be publicly visible and tied to your contributions in the app. Your password is encrypted and not visible to anyone.
If you're aged under 16, you must get your parent/guardian's permission before you provide any personal information to us.
Your personal information is only used for the purpose of logging into your account or resetting your password. We do not use it for any other purpose including marketing or contacting you in any way.
We will only use your information for the purposes for which it was obtained. We will not, under any circumstances, sell or share your personal information with any third party for their own purposes, and you will not receive marketing from any other companies, charities or other organisations as a result of giving your details to us.
We use technical and corporate organisational safeguards to ensure that your personal information is secure. We limit access to information on a need-to-know basis and take appropriate measures to ensure that our people are aware that such information is only used in accordance with this Privacy Notice.
We undertake regular reviews of who has access to information that we hold to ensure that your information is only accessible by appropriately trained staff and volunteers.
However, please be aware that there are always inherent risks in sending information by public networks or using public computers and we cannot 100% guarantee the security of data (including personal information) disclosed or transmitted over public networks.
We will keep your personal information for as long as you use the MapSwipe app. After two years of inactivity on your account (i.e. you have not logged in or opened the app), we will delete your account and all personal information. Your contributions will remain in our database but will no longer be linked to your public username or personal information.
Our servers are located in the US, which means that your personal information is transferred, processed and stored outside the EEA. You should be aware that, in general, legal protection for personal information in countries outside the EEA may not be equivalent to the level of protection provided in the EEA.
However, we take steps to put in place suitable safeguards to protect your personal information when processed by the supplier such as entering into the European Commission approved standard contractual clauses. By submitting your personal information to us you agree to this transfer, storing or processing at a location outside the EEA.
Data protection legislation gives you the right to erase the personal information about you which is collected through MapSwipe and processed by the British Red Cross.
This can be done within the app by selecting the option to 'Delete my account' at the bottom of your account profile page. This will remove all of your personal data from our servers and unlink your map contributions from your public username, which will also be deleted.
If you would like more information, or have any questions about this policy, to make a formal complaint about our approach to data protection or raise privacy concerns please contact the Information Governance Team:
|<EMAIL_ADDRESS>| |
| Phone | 0344 871 1111 |
| Post |
Head of Information Governance |
If you are not happy with the response you receive, then you can raise your concern with the relevant statutory body:
Information Commissioner's Office
Wycliffe House
Water Lane
Wilmslow
Cheshire
SK9 5AF
Alternatively you can visit their website.
We are registered with the Information Commissioner's Office as a Data Controller under number Z5379882.
Our Privacy Notice may change from time to time, so please check this page occasionally to see if we have included any updates or changes, and that you are happy with them. (Last updated: 25 September 2019)


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No-op forwarding proxy
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