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/ *
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* jQuery FlexSlider v2 . 6.1
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* Copyright 2012 WooThemes
* Contributing Author : Tyler Smith
* /
;
( function ( $ ) {
var focused = true ;
//FlexSlider: Object Instance
$ . flexslider = function ( el , options ) {
var slider = $ ( el ) ;
// making variables public
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//if rtl value was not passed and html is in rtl..enable it by default.
if ( typeof options . rtl == 'undefined' && $ ( 'html' ) . attr ( 'dir' ) == 'rtl' ) {
options . rtl = true ;
}
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slider . vars = $ . extend ( { } , $ . flexslider . defaults , options ) ;
var namespace = slider . vars . namespace ,
msGesture = window . navigator && window . navigator . msPointerEnabled && window . MSGesture ,
touch = ( ( "ontouchstart" in window ) || msGesture || window . DocumentTouch && document instanceof DocumentTouch ) && slider . vars . touch ,
// depricating this idea, as devices are being released with both of these events
eventType = "click touchend MSPointerUp keyup" ,
watchedEvent = "" ,
watchedEventClearTimer ,
vertical = slider . vars . direction === "vertical" ,
reverse = slider . vars . reverse ,
carousel = ( slider . vars . itemWidth > 0 ) ,
fade = slider . vars . animation === "fade" ,
asNav = slider . vars . asNavFor !== "" ,
methods = { } ;
// Store a reference to the slider object
$ . data ( el , "flexslider" , slider ) ;
// Private slider methods
methods = {
init : function ( ) {
slider . animating = false ;
// Get current slide and make sure it is a number
slider . currentSlide = parseInt ( ( slider . vars . startAt ? slider . vars . startAt : 0 ) , 10 ) ;
if ( isNaN ( slider . currentSlide ) ) { slider . currentSlide = 0 ; }
slider . animatingTo = slider . currentSlide ;
slider . atEnd = ( slider . currentSlide === 0 || slider . currentSlide === slider . last ) ;
slider . containerSelector = slider . vars . selector . substr ( 0 , slider . vars . selector . search ( ' ' ) ) ;
slider . slides = $ ( slider . vars . selector , slider ) ;
slider . container = $ ( slider . containerSelector , slider ) ;
slider . count = slider . slides . length ;
// SYNC:
slider . syncExists = $ ( slider . vars . sync ) . length > 0 ;
// SLIDE:
if ( slider . vars . animation === "slide" ) { slider . vars . animation = "swing" ; }
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slider . prop = ( vertical ) ? "top" : ( slider . vars . rtl ? "marginRight" : "marginLeft" ) ;
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slider . args = { } ;
// SLIDESHOW:
slider . manualPause = false ;
slider . stopped = false ;
//PAUSE WHEN INVISIBLE
slider . started = false ;
slider . startTimeout = null ;
// TOUCH/USECSS:
slider . transitions = ! slider . vars . video && ! fade && slider . vars . useCSS && ( function ( ) {
var obj = document . createElement ( 'div' ) ,
props = [ 'perspectiveProperty' , 'WebkitPerspective' , 'MozPerspective' , 'OPerspective' , 'msPerspective' ] ;
for ( var i in props ) {
if ( obj . style [ props [ i ] ] !== undefined ) {
slider . pfx = props [ i ] . replace ( 'Perspective' , '' ) . toLowerCase ( ) ;
slider . prop = "-" + slider . pfx + "-transform" ;
return true ;
}
}
return false ;
} ( ) ) ;
slider . ensureAnimationEnd = '' ;
// CONTROLSCONTAINER:
if ( slider . vars . controlsContainer !== "" ) slider . controlsContainer = $ ( slider . vars . controlsContainer ) . length > 0 && $ ( slider . vars . controlsContainer ) ;
// MANUAL:
if ( slider . vars . manualControls !== "" ) slider . manualControls = $ ( slider . vars . manualControls ) . length > 0 && $ ( slider . vars . manualControls ) ;
// CUSTOM DIRECTION NAV:
if ( slider . vars . customDirectionNav !== "" ) slider . customDirectionNav = $ ( slider . vars . customDirectionNav ) . length === 2 && $ ( slider . vars . customDirectionNav ) ;
// RANDOMIZE:
if ( slider . vars . randomize ) {
slider . slides . sort ( function ( ) { return ( Math . round ( Math . random ( ) ) - 0.5 ) ; } ) ;
slider . container . empty ( ) . append ( slider . slides ) ;
}
slider . doMath ( ) ;
// INIT
slider . setup ( "init" ) ;
// CONTROLNAV:
if ( slider . vars . controlNav ) { methods . controlNav . setup ( ) ; }
// DIRECTIONNAV:
if ( slider . vars . directionNav ) { methods . directionNav . setup ( ) ; }
// KEYBOARD:
if ( slider . vars . keyboard && ( $ ( slider . containerSelector ) . length === 1 || slider . vars . multipleKeyboard ) ) {
$ ( document ) . bind ( 'keyup' , function ( event ) {
var keycode = event . keyCode ;
if ( ! slider . animating && ( keycode === 39 || keycode === 37 ) ) {
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var target = ( slider . vars . rtl ?
( ( keycode === 37 ) ? slider . getTarget ( 'next' ) :
( keycode === 39 ) ? slider . getTarget ( 'prev' ) : false )
:
( ( keycode === 39 ) ? slider . getTarget ( 'next' ) :
( keycode === 37 ) ? slider . getTarget ( 'prev' ) : false )
)
;
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slider . flexAnimate ( target , slider . vars . pauseOnAction ) ;
}
} ) ;
}
// MOUSEWHEEL:
if ( slider . vars . mousewheel ) {
slider . bind ( 'mousewheel' , function ( event , delta , deltaX , deltaY ) {
event . preventDefault ( ) ;
var target = ( delta < 0 ) ? slider . getTarget ( 'next' ) : slider . getTarget ( 'prev' ) ;
slider . flexAnimate ( target , slider . vars . pauseOnAction ) ;
} ) ;
}
// PAUSEPLAY
if ( slider . vars . pausePlay ) { methods . pausePlay . setup ( ) ; }
//PAUSE WHEN INVISIBLE
if ( slider . vars . slideshow && slider . vars . pauseInvisible ) { methods . pauseInvisible . init ( ) ; }
// SLIDSESHOW
if ( slider . vars . slideshow ) {
if ( slider . vars . pauseOnHover ) {
slider . hover ( function ( ) {
if ( ! slider . manualPlay && ! slider . manualPause ) { slider . pause ( ) ; }
} , function ( ) {
if ( ! slider . manualPause && ! slider . manualPlay && ! slider . stopped ) { slider . play ( ) ; }
} ) ;
}
// initialize animation
//If we're visible, or we don't use PageVisibility API
if ( ! slider . vars . pauseInvisible || ! methods . pauseInvisible . isHidden ( ) ) {
( slider . vars . initDelay > 0 ) ? slider . startTimeout = setTimeout ( slider . play , slider . vars . initDelay ) : slider . play ( ) ;
}
}
// ASNAV:
if ( asNav ) { methods . asNav . setup ( ) ; }
// TOUCH
if ( touch && slider . vars . touch ) { methods . touch ( ) ; }
// FADE&&SMOOTHHEIGHT || SLIDE:
if ( ! fade || ( fade && slider . vars . smoothHeight ) ) { $ ( window ) . bind ( "resize orientationchange focus" , methods . resize ) ; }
slider . find ( "img" ) . attr ( "draggable" , "false" ) ;
// API: start() Callback
setTimeout ( function ( ) {
slider . vars . start ( slider ) ;
} , 200 ) ;
} ,
asNav : {
setup : function ( ) {
slider . asNav = true ;
slider . animatingTo = Math . floor ( slider . currentSlide / slider . move ) ;
slider . currentItem = slider . currentSlide ;
slider . slides . removeClass ( namespace + "active-slide" ) . eq ( slider . currentItem ) . addClass ( namespace + "active-slide" ) ;
if ( ! msGesture ) {
slider . slides . on ( eventType , function ( e ) {
e . preventDefault ( ) ;
var $slide = $ ( this ) ,
target = $slide . index ( ) ;
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var posFromX ;
if ( slider . vars . rtl ) {
posFromX = - 1 * ( $slide . offset ( ) . right - $ ( slider ) . scrollLeft ( ) ) ; // Find position of slide relative to right of slider container
}
else
{
posFromX = $slide . offset ( ) . left - $ ( slider ) . scrollLeft ( ) ; // Find position of slide relative to left of slider container
}
if ( posFromX <= 0 && $slide . hasClass ( namespace + 'active-slide' ) ) {
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slider . flexAnimate ( slider . getTarget ( "prev" ) , true ) ;
} else if ( ! $ ( slider . vars . asNavFor ) . data ( 'flexslider' ) . animating && ! $slide . hasClass ( namespace + "active-slide" ) ) {
slider . direction = ( slider . currentItem < target ) ? "next" : "prev" ;
slider . flexAnimate ( target , slider . vars . pauseOnAction , false , true , true ) ;
}
} ) ;
} else {
el . _slider = slider ;
slider . slides . each ( function ( ) {
var that = this ;
that . _gesture = new MSGesture ( ) ;
that . _gesture . target = that ;
that . addEventListener ( "MSPointerDown" , function ( e ) {
e . preventDefault ( ) ;
if ( e . currentTarget . _gesture ) {
e . currentTarget . _gesture . addPointer ( e . pointerId ) ;
}
} , false ) ;
that . addEventListener ( "MSGestureTap" , function ( e ) {
e . preventDefault ( ) ;
var $slide = $ ( this ) ,
target = $slide . index ( ) ;
if ( ! $ ( slider . vars . asNavFor ) . data ( 'flexslider' ) . animating && ! $slide . hasClass ( 'active' ) ) {
slider . direction = ( slider . currentItem < target ) ? "next" : "prev" ;
slider . flexAnimate ( target , slider . vars . pauseOnAction , false , true , true ) ;
}
} ) ;
} ) ;
}
}
} ,
controlNav : {
setup : function ( ) {
if ( ! slider . manualControls ) {
methods . controlNav . setupPaging ( ) ;
} else { // MANUALCONTROLS:
methods . controlNav . setupManual ( ) ;
}
} ,
setupPaging : function ( ) {
var type = ( slider . vars . controlNav === "thumbnails" ) ? 'control-thumbs' : 'control-paging' ,
j = 1 ,
item ,
slide ;
slider . controlNavScaffold = $ ( '<ol class="' + namespace + 'control-nav ' + namespace + type + '"></ol>' ) ;
if ( slider . pagingCount > 1 ) {
for ( var i = 0 ; i < slider . pagingCount ; i ++ ) {
slide = slider . slides . eq ( i ) ;
if ( undefined === slide . attr ( 'data-thumb-alt' ) ) { slide . attr ( 'data-thumb-alt' , '' ) ; }
var altText = ( '' !== slide . attr ( 'data-thumb-alt' ) ) ? altText = ' alt="' + slide . attr ( 'data-thumb-alt' ) + '"' : '' ;
item = ( slider . vars . controlNav === "thumbnails" ) ? '<img src="' + slide . attr ( 'data-thumb' ) + '"' + altText + '/>' : '<a href="#">' + j + '</a>' ;
if ( 'thumbnails' === slider . vars . controlNav && true === slider . vars . thumbCaptions ) {
var captn = slide . attr ( 'data-thumbcaption' ) ;
if ( '' !== captn && undefined !== captn ) { item += '<span class="' + namespace + 'caption">' + captn + '</span>' ; }
}
slider . controlNavScaffold . append ( '<li>' + item + '</li>' ) ;
j ++ ;
}
}
// CONTROLSCONTAINER:
( slider . controlsContainer ) ? $ ( slider . controlsContainer ) . append ( slider . controlNavScaffold ) : slider . append ( slider . controlNavScaffold ) ;
methods . controlNav . set ( ) ;
methods . controlNav . active ( ) ;
slider . controlNavScaffold . delegate ( 'a, img' , eventType , function ( event ) {
event . preventDefault ( ) ;
if ( watchedEvent === "" || watchedEvent === event . type ) {
var $this = $ ( this ) ,
target = slider . controlNav . index ( $this ) ;
if ( ! $this . hasClass ( namespace + 'active' ) ) {
slider . direction = ( target > slider . currentSlide ) ? "next" : "prev" ;
slider . flexAnimate ( target , slider . vars . pauseOnAction ) ;
}
}
// setup flags to prevent event duplication
if ( watchedEvent === "" ) {
watchedEvent = event . type ;
}
methods . setToClearWatchedEvent ( ) ;
} ) ;
} ,
setupManual : function ( ) {
slider . controlNav = slider . manualControls ;
methods . controlNav . active ( ) ;
slider . controlNav . bind ( eventType , function ( event ) {
event . preventDefault ( ) ;
if ( watchedEvent === "" || watchedEvent === event . type ) {
var $this = $ ( this ) ,
target = slider . controlNav . index ( $this ) ;
if ( ! $this . hasClass ( namespace + 'active' ) ) {
( target > slider . currentSlide ) ? slider . direction = "next" : slider . direction = "prev" ;
slider . flexAnimate ( target , slider . vars . pauseOnAction ) ;
}
}
// setup flags to prevent event duplication
if ( watchedEvent === "" ) {
watchedEvent = event . type ;
}
methods . setToClearWatchedEvent ( ) ;
} ) ;
} ,
set : function ( ) {
var selector = ( slider . vars . controlNav === "thumbnails" ) ? 'img' : 'a' ;
slider . controlNav = $ ( '.' + namespace + 'control-nav li ' + selector , ( slider . controlsContainer ) ? slider . controlsContainer : slider ) ;
} ,
active : function ( ) {
slider . controlNav . removeClass ( namespace + "active" ) . eq ( slider . animatingTo ) . addClass ( namespace + "active" ) ;
} ,
update : function ( action , pos ) {
if ( slider . pagingCount > 1 && action === "add" ) {
slider . controlNavScaffold . append ( $ ( '<li><a href="#">' + slider . count + '</a></li>' ) ) ;
} else if ( slider . pagingCount === 1 ) {
slider . controlNavScaffold . find ( 'li' ) . remove ( ) ;
} else {
slider . controlNav . eq ( pos ) . closest ( 'li' ) . remove ( ) ;
}
methods . controlNav . set ( ) ;
( slider . pagingCount > 1 && slider . pagingCount !== slider . controlNav . length ) ? slider . update ( pos , action ) : methods . controlNav . active ( ) ;
}
} ,
directionNav : {
setup : function ( ) {
var directionNavScaffold = $ ( '<ul class="' + namespace + 'direction-nav"><li class="' + namespace + 'nav-prev"><a class="' + namespace + 'prev" href="#">' + slider . vars . prevText + '</a></li><li class="' + namespace + 'nav-next"><a class="' + namespace + 'next" href="#">' + slider . vars . nextText + '</a></li></ul>' ) ;
// CUSTOM DIRECTION NAV:
if ( slider . customDirectionNav ) {
slider . directionNav = slider . customDirectionNav ;
// CONTROLSCONTAINER:
} else if ( slider . controlsContainer ) {
$ ( slider . controlsContainer ) . append ( directionNavScaffold ) ;
slider . directionNav = $ ( '.' + namespace + 'direction-nav li a' , slider . controlsContainer ) ;
} else {
slider . append ( directionNavScaffold ) ;
slider . directionNav = $ ( '.' + namespace + 'direction-nav li a' , slider ) ;
}
methods . directionNav . update ( ) ;
slider . directionNav . bind ( eventType , function ( event ) {
event . preventDefault ( ) ;
var target ;
if ( watchedEvent === "" || watchedEvent === event . type ) {
target = ( $ ( this ) . hasClass ( namespace + 'next' ) ) ? slider . getTarget ( 'next' ) : slider . getTarget ( 'prev' ) ;
slider . flexAnimate ( target , slider . vars . pauseOnAction ) ;
}
// setup flags to prevent event duplication
if ( watchedEvent === "" ) {
watchedEvent = event . type ;
}
methods . setToClearWatchedEvent ( ) ;
} ) ;
} ,
update : function ( ) {
var disabledClass = namespace + 'disabled' ;
if ( slider . pagingCount === 1 ) {
slider . directionNav . addClass ( disabledClass ) . attr ( 'tabindex' , '-1' ) ;
} else if ( ! slider . vars . animationLoop ) {
if ( slider . animatingTo === 0 ) {
slider . directionNav . removeClass ( disabledClass ) . filter ( '.' + namespace + "prev" ) . addClass ( disabledClass ) . attr ( 'tabindex' , '-1' ) ;
} else if ( slider . animatingTo === slider . last ) {
slider . directionNav . removeClass ( disabledClass ) . filter ( '.' + namespace + "next" ) . addClass ( disabledClass ) . attr ( 'tabindex' , '-1' ) ;
} else {
slider . directionNav . removeClass ( disabledClass ) . removeAttr ( 'tabindex' ) ;
}
} else {
slider . directionNav . removeClass ( disabledClass ) . removeAttr ( 'tabindex' ) ;
}
}
} ,
pausePlay : {
setup : function ( ) {
var pausePlayScaffold = $ ( '<div class="' + namespace + 'pauseplay"><a href="#"></a></div>' ) ;
// CONTROLSCONTAINER:
if ( slider . controlsContainer ) {
slider . controlsContainer . append ( pausePlayScaffold ) ;
slider . pausePlay = $ ( '.' + namespace + 'pauseplay a' , slider . controlsContainer ) ;
} else {
slider . append ( pausePlayScaffold ) ;
slider . pausePlay = $ ( '.' + namespace + 'pauseplay a' , slider ) ;
}
methods . pausePlay . update ( ( slider . vars . slideshow ) ? namespace + 'pause' : namespace + 'play' ) ;
slider . pausePlay . bind ( eventType , function ( event ) {
event . preventDefault ( ) ;
if ( watchedEvent === "" || watchedEvent === event . type ) {
if ( $ ( this ) . hasClass ( namespace + 'pause' ) ) {
slider . manualPause = true ;
slider . manualPlay = false ;
slider . pause ( ) ;
} else {
slider . manualPause = false ;
slider . manualPlay = true ;
slider . play ( ) ;
}
}
// setup flags to prevent event duplication
if ( watchedEvent === "" ) {
watchedEvent = event . type ;
}
methods . setToClearWatchedEvent ( ) ;
} ) ;
} ,
update : function ( state ) {
( state === "play" ) ? slider . pausePlay . removeClass ( namespace + 'pause' ) . addClass ( namespace + 'play' ) . html ( slider . vars . playText ) : slider . pausePlay . removeClass ( namespace + 'play' ) . addClass ( namespace + 'pause' ) . html ( slider . vars . pauseText ) ;
}
} ,
touch : function ( ) {
var startX ,
startY ,
offset ,
cwidth ,
dx ,
startT ,
onTouchStart ,
onTouchMove ,
onTouchEnd ,
scrolling = false ,
localX = 0 ,
localY = 0 ,
accDx = 0 ;
if ( ! msGesture ) {
onTouchStart = function ( e ) {
if ( slider . animating ) {
e . preventDefault ( ) ;
} else if ( ( window . navigator . msPointerEnabled ) || e . touches . length === 1 ) {
slider . pause ( ) ;
// CAROUSEL:
cwidth = ( vertical ) ? slider . h : slider . w ;
startT = Number ( new Date ( ) ) ;
// CAROUSEL:
// Local vars for X and Y points.
localX = e . touches [ 0 ] . pageX ;
localY = e . touches [ 0 ] . pageY ;
offset = ( carousel && reverse && slider . animatingTo === slider . last ) ? 0 :
( carousel && reverse ) ? slider . limit - ( ( ( slider . itemW + slider . vars . itemMargin ) * slider . move ) * slider . animatingTo ) :
( carousel && slider . currentSlide === slider . last ) ? slider . limit :
( carousel ) ? ( ( slider . itemW + slider . vars . itemMargin ) * slider . move ) * slider . currentSlide :
( reverse ) ? ( slider . last - slider . currentSlide + slider . cloneOffset ) * cwidth : ( slider . currentSlide + slider . cloneOffset ) * cwidth ;
startX = ( vertical ) ? localY : localX ;
startY = ( vertical ) ? localX : localY ;
el . addEventListener ( 'touchmove' , onTouchMove , false ) ;
el . addEventListener ( 'touchend' , onTouchEnd , false ) ;
}
} ;
onTouchMove = function ( e ) {
// Local vars for X and Y points.
localX = e . touches [ 0 ] . pageX ;
localY = e . touches [ 0 ] . pageY ;
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dx = ( vertical ) ? startX - localY : ( slider . vars . rtl ? - 1 : 1 ) * ( startX - localX ) ;
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scrolling = ( vertical ) ? ( Math . abs ( dx ) < Math . abs ( localX - startY ) ) : ( Math . abs ( dx ) < Math . abs ( localY - startY ) ) ;
var fxms = 500 ;
if ( ! scrolling || Number ( new Date ( ) ) - startT > fxms ) {
e . preventDefault ( ) ;
if ( ! fade && slider . transitions ) {
if ( ! slider . vars . animationLoop ) {
dx = dx / ( ( slider . currentSlide === 0 && dx < 0 || slider . currentSlide === slider . last && dx > 0 ) ? ( Math . abs ( dx ) / cwidth + 2 ) : 1 ) ;
}
slider . setProps ( offset + dx , "setTouch" ) ;
}
}
} ;
onTouchEnd = function ( e ) {
// finish the touch by undoing the touch session
el . removeEventListener ( 'touchmove' , onTouchMove , false ) ;
if ( slider . animatingTo === slider . currentSlide && ! scrolling && ! ( dx === null ) ) {
var updateDx = ( reverse ) ? - dx : dx ,
target = ( updateDx > 0 ) ? slider . getTarget ( 'next' ) : slider . getTarget ( 'prev' ) ;
if ( slider . canAdvance ( target ) && ( Number ( new Date ( ) ) - startT < 550 && Math . abs ( updateDx ) > 50 || Math . abs ( updateDx ) > cwidth / 2 ) ) {
slider . flexAnimate ( target , slider . vars . pauseOnAction ) ;
} else {
if ( ! fade ) { slider . flexAnimate ( slider . currentSlide , slider . vars . pauseOnAction , true ) ; }
}
}
el . removeEventListener ( 'touchend' , onTouchEnd , false ) ;
startX = null ;
startY = null ;
dx = null ;
offset = null ;
} ;
el . addEventListener ( 'touchstart' , onTouchStart , false ) ;
} else {
el . style . msTouchAction = "none" ;
el . _gesture = new MSGesture ( ) ;
el . _gesture . target = el ;
el . addEventListener ( "MSPointerDown" , onMSPointerDown , false ) ;
el . _slider = slider ;
el . addEventListener ( "MSGestureChange" , onMSGestureChange , false ) ;
el . addEventListener ( "MSGestureEnd" , onMSGestureEnd , false ) ;
function onMSPointerDown ( e ) {
e . stopPropagation ( ) ;
if ( slider . animating ) {
e . preventDefault ( ) ;
} else {
slider . pause ( ) ;
el . _gesture . addPointer ( e . pointerId ) ;
accDx = 0 ;
cwidth = ( vertical ) ? slider . h : slider . w ;
startT = Number ( new Date ( ) ) ;
// CAROUSEL:
offset = ( carousel && reverse && slider . animatingTo === slider . last ) ? 0 :
( carousel && reverse ) ? slider . limit - ( ( ( slider . itemW + slider . vars . itemMargin ) * slider . move ) * slider . animatingTo ) :
( carousel && slider . currentSlide === slider . last ) ? slider . limit :
( carousel ) ? ( ( slider . itemW + slider . vars . itemMargin ) * slider . move ) * slider . currentSlide :
( reverse ) ? ( slider . last - slider . currentSlide + slider . cloneOffset ) * cwidth : ( slider . currentSlide + slider . cloneOffset ) * cwidth ;
}
}
function onMSGestureChange ( e ) {
e . stopPropagation ( ) ;
var slider = e . target . _slider ;
if ( ! slider ) {
return ;
}
var transX = - e . translationX ,
transY = - e . translationY ;
//Accumulate translations.
accDx = accDx + ( ( vertical ) ? transY : transX ) ;
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dx = ( slider . vars . rtl ? - 1 : 1 ) * accDx ;
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scrolling = ( vertical ) ? ( Math . abs ( accDx ) < Math . abs ( - transX ) ) : ( Math . abs ( accDx ) < Math . abs ( - transY ) ) ;
if ( e . detail === e . MSGESTURE _FLAG _INERTIA ) {
setImmediate ( function ( ) {
el . _gesture . stop ( ) ;
} ) ;
return ;
}
if ( ! scrolling || Number ( new Date ( ) ) - startT > 500 ) {
e . preventDefault ( ) ;
if ( ! fade && slider . transitions ) {
if ( ! slider . vars . animationLoop ) {
dx = accDx / ( ( slider . currentSlide === 0 && accDx < 0 || slider . currentSlide === slider . last && accDx > 0 ) ? ( Math . abs ( accDx ) / cwidth + 2 ) : 1 ) ;
}
slider . setProps ( offset + dx , "setTouch" ) ;
}
}
}
function onMSGestureEnd ( e ) {
e . stopPropagation ( ) ;
var slider = e . target . _slider ;
if ( ! slider ) {
return ;
}
if ( slider . animatingTo === slider . currentSlide && ! scrolling && ! ( dx === null ) ) {
var updateDx = ( reverse ) ? - dx : dx ,
target = ( updateDx > 0 ) ? slider . getTarget ( 'next' ) : slider . getTarget ( 'prev' ) ;
if ( slider . canAdvance ( target ) && ( Number ( new Date ( ) ) - startT < 550 && Math . abs ( updateDx ) > 50 || Math . abs ( updateDx ) > cwidth / 2 ) ) {
slider . flexAnimate ( target , slider . vars . pauseOnAction ) ;
} else {
if ( ! fade ) { slider . flexAnimate ( slider . currentSlide , slider . vars . pauseOnAction , true ) ; }
}
}
startX = null ;
startY = null ;
dx = null ;
offset = null ;
accDx = 0 ;
}
}
} ,
resize : function ( ) {
if ( ! slider . animating && slider . is ( ':visible' ) ) {
if ( ! carousel ) { slider . doMath ( ) ; }
if ( fade ) {
// SMOOTH HEIGHT:
methods . smoothHeight ( ) ;
} else if ( carousel ) { //CAROUSEL:
slider . slides . width ( slider . computedW ) ;
slider . update ( slider . pagingCount ) ;
slider . setProps ( ) ;
}
else if ( vertical ) { //VERTICAL:
slider . viewport . height ( slider . h ) ;
slider . setProps ( slider . h , "setTotal" ) ;
} else {
// SMOOTH HEIGHT:
if ( slider . vars . smoothHeight ) { methods . smoothHeight ( ) ; }
slider . newSlides . width ( slider . computedW ) ;
slider . setProps ( slider . computedW , "setTotal" ) ;
}
}
} ,
smoothHeight : function ( dur ) {
if ( ! vertical || fade ) {
var $obj = ( fade ) ? slider : slider . viewport ;
( dur ) ? $obj . animate ( { "height" : slider . slides . eq ( slider . animatingTo ) . innerHeight ( ) } , dur ) : $obj . innerHeight ( slider . slides . eq ( slider . animatingTo ) . innerHeight ( ) ) ;
}
} ,
sync : function ( action ) {
var $obj = $ ( slider . vars . sync ) . data ( "flexslider" ) ,
target = slider . animatingTo ;
switch ( action ) {
case "animate" : $obj . flexAnimate ( target , slider . vars . pauseOnAction , false , true ) ; break ;
case "play" : if ( ! $obj . playing && ! $obj . asNav ) { $obj . play ( ) ; } break ;
case "pause" : $obj . pause ( ) ; break ;
}
} ,
uniqueID : function ( $clone ) {
// Append _clone to current level and children elements with id attributes
$clone . filter ( '[id]' ) . add ( $clone . find ( '[id]' ) ) . each ( function ( ) {
var $this = $ ( this ) ;
$this . attr ( 'id' , $this . attr ( 'id' ) + '_clone' ) ;
} ) ;
return $clone ;
} ,
pauseInvisible : {
visProp : null ,
init : function ( ) {
var visProp = methods . pauseInvisible . getHiddenProp ( ) ;
if ( visProp ) {
var evtname = visProp . replace ( /[H|h]idden/ , '' ) + 'visibilitychange' ;
document . addEventListener ( evtname , function ( ) {
if ( methods . pauseInvisible . isHidden ( ) ) {
if ( slider . startTimeout ) {
clearTimeout ( slider . startTimeout ) ; //If clock is ticking, stop timer and prevent from starting while invisible
} else {
slider . pause ( ) ; //Or just pause
}
}
else {
if ( slider . started ) {
slider . play ( ) ; //Initiated before, just play
} else {
if ( slider . vars . initDelay > 0 ) {
setTimeout ( slider . play , slider . vars . initDelay ) ;
} else {
slider . play ( ) ; //Didn't init before: simply init or wait for it
}
}
}
} ) ;
}
} ,
isHidden : function ( ) {
var prop = methods . pauseInvisible . getHiddenProp ( ) ;
if ( ! prop ) {
return false ;
}
return document [ prop ] ;
} ,
getHiddenProp : function ( ) {
var prefixes = [ 'webkit' , 'moz' , 'ms' , 'o' ] ;
// if 'hidden' is natively supported just return it
if ( 'hidden' in document ) {
return 'hidden' ;
}
// otherwise loop over all the known prefixes until we find one
for ( var i = 0 ; i < prefixes . length ; i ++ ) {
if ( ( prefixes [ i ] + 'Hidden' ) in document ) {
return prefixes [ i ] + 'Hidden' ;
}
}
// otherwise it's not supported
return null ;
}
} ,
setToClearWatchedEvent : function ( ) {
clearTimeout ( watchedEventClearTimer ) ;
watchedEventClearTimer = setTimeout ( function ( ) {
watchedEvent = "" ;
} , 3000 ) ;
}
} ;
// public methods
slider . flexAnimate = function ( target , pause , override , withSync , fromNav ) {
if ( ! slider . vars . animationLoop && target !== slider . currentSlide ) {
slider . direction = ( target > slider . currentSlide ) ? "next" : "prev" ;
}
if ( asNav && slider . pagingCount === 1 ) slider . direction = ( slider . currentItem < target ) ? "next" : "prev" ;
if ( ! slider . animating && ( slider . canAdvance ( target , fromNav ) || override ) && slider . is ( ":visible" ) ) {
if ( asNav && withSync ) {
var master = $ ( slider . vars . asNavFor ) . data ( 'flexslider' ) ;
slider . atEnd = target === 0 || target === slider . count - 1 ;
master . flexAnimate ( target , true , false , true , fromNav ) ;
slider . direction = ( slider . currentItem < target ) ? "next" : "prev" ;
master . direction = slider . direction ;
if ( Math . ceil ( ( target + 1 ) / slider . visible ) - 1 !== slider . currentSlide && target !== 0 ) {
slider . currentItem = target ;
slider . slides . removeClass ( namespace + "active-slide" ) . eq ( target ) . addClass ( namespace + "active-slide" ) ;
target = Math . floor ( target / slider . visible ) ;
} else {
slider . currentItem = target ;
slider . slides . removeClass ( namespace + "active-slide" ) . eq ( target ) . addClass ( namespace + "active-slide" ) ;
return false ;
}
}
slider . animating = true ;
slider . animatingTo = target ;
// SLIDESHOW:
if ( pause ) { slider . pause ( ) ; }
// API: before() animation Callback
slider . vars . before ( slider ) ;
// SYNC:
if ( slider . syncExists && ! fromNav ) { methods . sync ( "animate" ) ; }
// CONTROLNAV
if ( slider . vars . controlNav ) { methods . controlNav . active ( ) ; }
// !CAROUSEL:
// CANDIDATE: slide active class (for add/remove slide)
if ( ! carousel ) { slider . slides . removeClass ( namespace + 'active-slide' ) . eq ( target ) . addClass ( namespace + 'active-slide' ) ; }
// INFINITE LOOP:
// CANDIDATE: atEnd
slider . atEnd = target === 0 || target === slider . last ;
// DIRECTIONNAV:
if ( slider . vars . directionNav ) { methods . directionNav . update ( ) ; }
if ( target === slider . last ) {
// API: end() of cycle Callback
slider . vars . end ( slider ) ;
// SLIDESHOW && !INFINITE LOOP:
if ( ! slider . vars . animationLoop ) { slider . pause ( ) ; }
}
// SLIDE:
if ( ! fade ) {
var dimension = ( vertical ) ? slider . slides . filter ( ':first' ) . height ( ) : slider . computedW ,
margin , slideString , calcNext ;
// INFINITE LOOP / REVERSE:
if ( carousel ) {
margin = slider . vars . itemMargin ;
calcNext = ( ( slider . itemW + margin ) * slider . move ) * slider . animatingTo ;
slideString = ( calcNext > slider . limit && slider . visible !== 1 ) ? slider . limit : calcNext ;
} else if ( slider . currentSlide === 0 && target === slider . count - 1 && slider . vars . animationLoop && slider . direction !== "next" ) {
slideString = ( reverse ) ? ( slider . count + slider . cloneOffset ) * dimension : 0 ;
} else if ( slider . currentSlide === slider . last && target === 0 && slider . vars . animationLoop && slider . direction !== "prev" ) {
slideString = ( reverse ) ? 0 : ( slider . count + 1 ) * dimension ;
} else {
slideString = ( reverse ) ? ( ( slider . count - 1 ) - target + slider . cloneOffset ) * dimension : ( target + slider . cloneOffset ) * dimension ;
}
slider . setProps ( slideString , "" , slider . vars . animationSpeed ) ;
if ( slider . transitions ) {
if ( ! slider . vars . animationLoop || ! slider . atEnd ) {
slider . animating = false ;
slider . currentSlide = slider . animatingTo ;
}
// Unbind previous transitionEnd events and re-bind new transitionEnd event
slider . container . unbind ( "webkitTransitionEnd transitionend" ) ;
slider . container . bind ( "webkitTransitionEnd transitionend" , function ( ) {
clearTimeout ( slider . ensureAnimationEnd ) ;
slider . wrapup ( dimension ) ;
} ) ;
// Insurance for the ever-so-fickle transitionEnd event
clearTimeout ( slider . ensureAnimationEnd ) ;
slider . ensureAnimationEnd = setTimeout ( function ( ) {
slider . wrapup ( dimension ) ;
} , slider . vars . animationSpeed + 100 ) ;
} else {
slider . container . animate ( slider . args , slider . vars . animationSpeed , slider . vars . easing , function ( ) {
slider . wrapup ( dimension ) ;
} ) ;
}
} else { // FADE:
if ( ! touch ) {
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//slider.slides.eq(slider.currentSlide).fadeOut(slider.vars.animationSpeed, slider.vars.easing);
//slider.slides.eq(target).fadeIn(slider.vars.animationSpeed, slider.vars.easing, slider.wrapup);
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slider . slides . eq ( slider . currentSlide ) . css ( { "zIndex" : 1 } ) . animate ( { "opacity" : 0 } , slider . vars . animationSpeed , slider . vars . easing ) ;
slider . slides . eq ( target ) . css ( { "zIndex" : 2 } ) . animate ( { "opacity" : 1 } , slider . vars . animationSpeed , slider . vars . easing , slider . wrapup ) ;
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} else {
slider . slides . eq ( slider . currentSlide ) . css ( { "opacity" : 0 , "zIndex" : 1 } ) ;
slider . slides . eq ( target ) . css ( { "opacity" : 1 , "zIndex" : 2 } ) ;
slider . wrapup ( dimension ) ;
}
}
// SMOOTH HEIGHT:
if ( slider . vars . smoothHeight ) { methods . smoothHeight ( slider . vars . animationSpeed ) ; }
}
} ;
slider . wrapup = function ( dimension ) {
// SLIDE:
if ( ! fade && ! carousel ) {
if ( slider . currentSlide === 0 && slider . animatingTo === slider . last && slider . vars . animationLoop ) {
slider . setProps ( dimension , "jumpEnd" ) ;
} else if ( slider . currentSlide === slider . last && slider . animatingTo === 0 && slider . vars . animationLoop ) {
slider . setProps ( dimension , "jumpStart" ) ;
}
}
slider . animating = false ;
slider . currentSlide = slider . animatingTo ;
// API: after() animation Callback
slider . vars . after ( slider ) ;
} ;
// SLIDESHOW:
slider . animateSlides = function ( ) {
if ( ! slider . animating && focused ) { slider . flexAnimate ( slider . getTarget ( "next" ) ) ; }
} ;
// SLIDESHOW:
slider . pause = function ( ) {
clearInterval ( slider . animatedSlides ) ;
slider . animatedSlides = null ;
slider . playing = false ;
// PAUSEPLAY:
if ( slider . vars . pausePlay ) { methods . pausePlay . update ( "play" ) ; }
// SYNC:
if ( slider . syncExists ) { methods . sync ( "pause" ) ; }
} ;
// SLIDESHOW:
slider . play = function ( ) {
if ( slider . playing ) { clearInterval ( slider . animatedSlides ) ; }
slider . animatedSlides = slider . animatedSlides || setInterval ( slider . animateSlides , slider . vars . slideshowSpeed ) ;
slider . started = slider . playing = true ;
// PAUSEPLAY:
if ( slider . vars . pausePlay ) { methods . pausePlay . update ( "pause" ) ; }
// SYNC:
if ( slider . syncExists ) { methods . sync ( "play" ) ; }
} ;
// STOP:
slider . stop = function ( ) {
slider . pause ( ) ;
slider . stopped = true ;
} ;
slider . canAdvance = function ( target , fromNav ) {
// ASNAV:
var last = ( asNav ) ? slider . pagingCount - 1 : slider . last ;
return ( fromNav ) ? true :
( asNav && slider . currentItem === slider . count - 1 && target === 0 && slider . direction === "prev" ) ? true :
( asNav && slider . currentItem === 0 && target === slider . pagingCount - 1 && slider . direction !== "next" ) ? false :
( target === slider . currentSlide && ! asNav ) ? false :
( slider . vars . animationLoop ) ? true :
( slider . atEnd && slider . currentSlide === 0 && target === last && slider . direction !== "next" ) ? false :
( slider . atEnd && slider . currentSlide === last && target === 0 && slider . direction === "next" ) ? false :
true ;
} ;
slider . getTarget = function ( dir ) {
slider . direction = dir ;
if ( dir === "next" ) {
return ( slider . currentSlide === slider . last ) ? 0 : slider . currentSlide + 1 ;
} else {
return ( slider . currentSlide === 0 ) ? slider . last : slider . currentSlide - 1 ;
}
} ;
// SLIDE:
slider . setProps = function ( pos , special , dur ) {
var target = ( function ( ) {
var posCheck = ( pos ) ? pos : ( ( slider . itemW + slider . vars . itemMargin ) * slider . move ) * slider . animatingTo ,
posCalc = ( function ( ) {
if ( carousel ) {
return ( special === "setTouch" ) ? pos :
( reverse && slider . animatingTo === slider . last ) ? 0 :
( reverse ) ? slider . limit - ( ( ( slider . itemW + slider . vars . itemMargin ) * slider . move ) * slider . animatingTo ) :
( slider . animatingTo === slider . last ) ? slider . limit : posCheck ;
} else {
switch ( special ) {
case "setTotal" : return ( reverse ) ? ( ( slider . count - 1 ) - slider . currentSlide + slider . cloneOffset ) * pos : ( slider . currentSlide + slider . cloneOffset ) * pos ;
case "setTouch" : return ( reverse ) ? pos : pos ;
case "jumpEnd" : return ( reverse ) ? pos : slider . count * pos ;
case "jumpStart" : return ( reverse ) ? slider . count * pos : pos ;
default : return pos ;
}
}
} ( ) ) ;
return ( posCalc * - 1 ) + "px" ;
} ( ) ) ;
if ( slider . transitions ) {
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target = ( vertical ) ? "translate3d(0," + target + ",0)" : "translate3d(" + ( ( slider . vars . rtl ? - 1 : 1 ) * parseInt ( target ) + 'px' ) + ",0,0)" ;
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dur = ( dur !== undefined ) ? ( dur / 1000 ) + "s" : "0s" ;
slider . container . css ( "-" + slider . pfx + "-transition-duration" , dur ) ;
slider . container . css ( "transition-duration" , dur ) ;
}
slider . args [ slider . prop ] = target ;
if ( slider . transitions || dur === undefined ) { slider . container . css ( slider . args ) ; }
slider . container . css ( 'transform' , target ) ;
} ;
slider . setup = function ( type ) {
// SLIDE:
if ( ! fade ) {
var sliderOffset , arr ;
if ( type === "init" ) {
slider . viewport = $ ( '<div class="' + namespace + 'viewport"></div>' ) . css ( { "overflow" : "hidden" , "position" : "relative" } ) . appendTo ( slider ) . append ( slider . container ) ;
// INFINITE LOOP:
slider . cloneCount = 0 ;
slider . cloneOffset = 0 ;
// REVERSE:
if ( reverse ) {
arr = $ . makeArray ( slider . slides ) . reverse ( ) ;
slider . slides = $ ( arr ) ;
slider . container . empty ( ) . append ( slider . slides ) ;
}
}
// INFINITE LOOP && !CAROUSEL:
if ( slider . vars . animationLoop && ! carousel ) {
slider . cloneCount = 2 ;
slider . cloneOffset = 1 ;
// clear out old clones
if ( type !== "init" ) { slider . container . find ( '.clone' ) . remove ( ) ; }
slider . container . append ( methods . uniqueID ( slider . slides . first ( ) . clone ( ) . addClass ( 'clone' ) ) . attr ( 'aria-hidden' , 'true' ) )
. prepend ( methods . uniqueID ( slider . slides . last ( ) . clone ( ) . addClass ( 'clone' ) ) . attr ( 'aria-hidden' , 'true' ) ) ;
}
slider . newSlides = $ ( slider . vars . selector , slider ) ;
sliderOffset = ( reverse ) ? slider . count - 1 - slider . currentSlide + slider . cloneOffset : slider . currentSlide + slider . cloneOffset ;
// VERTICAL:
if ( vertical && ! carousel ) {
slider . container . height ( ( slider . count + slider . cloneCount ) * 200 + "%" ) . css ( "position" , "absolute" ) . width ( "100%" ) ;
setTimeout ( function ( ) {
slider . newSlides . css ( { "display" : "block" } ) ;
slider . doMath ( ) ;
slider . viewport . height ( slider . h ) ;
slider . setProps ( sliderOffset * slider . h , "init" ) ;
} , ( type === "init" ) ? 100 : 0 ) ;
} else {
slider . container . width ( ( slider . count + slider . cloneCount ) * 200 + "%" ) ;
slider . setProps ( sliderOffset * slider . computedW , "init" ) ;
setTimeout ( function ( ) {
slider . doMath ( ) ;
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if ( slider . vars . rtl ) {
slider . newSlides . css ( { "width" : slider . computedW , "marginLeft" : slider . computedM , "float" : "right" , "display" : "block" } ) ;
}
else {
slider . newSlides . css ( { "width" : slider . computedW , "marginRight" : slider . computedM , "float" : "left" , "display" : "block" } ) ;
}
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// SMOOTH HEIGHT:
if ( slider . vars . smoothHeight ) { methods . smoothHeight ( ) ; }
} , ( type === "init" ) ? 100 : 0 ) ;
}
} else { // FADE:
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if ( slider . vars . rtl ) {
slider . slides . css ( { "width" : "100%" , "float" : 'right' , "marginLeft" : "-100%" , "position" : "relative" } ) ;
}
else {
slider . slides . css ( { "width" : "100%" , "float" : 'left' , "marginRight" : "-100%" , "position" : "relative" } ) ;
}
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if ( type === "init" ) {
if ( ! touch ) {
//slider.slides.eq(slider.currentSlide).fadeIn(slider.vars.animationSpeed, slider.vars.easing);
if ( slider . vars . fadeFirstSlide == false ) {
slider . slides . css ( { "opacity" : 0 , "display" : "block" , "zIndex" : 1 } ) . eq ( slider . currentSlide ) . css ( { "zIndex" : 2 } ) . css ( { "opacity" : 1 } ) ;
} else {
slider . slides . css ( { "opacity" : 0 , "display" : "block" , "zIndex" : 1 } ) . eq ( slider . currentSlide ) . css ( { "zIndex" : 2 } ) . animate ( { "opacity" : 1 } , slider . vars . animationSpeed , slider . vars . easing ) ;
}
} else {
slider . slides . css ( { "opacity" : 0 , "display" : "block" , "webkitTransition" : "opacity " + slider . vars . animationSpeed / 1000 + "s ease" , "zIndex" : 1 } ) . eq ( slider . currentSlide ) . css ( { "opacity" : 1 , "zIndex" : 2 } ) ;
}
}
// SMOOTH HEIGHT:
if ( slider . vars . smoothHeight ) { methods . smoothHeight ( ) ; }
}
// !CAROUSEL:
// CANDIDATE: active slide
if ( ! carousel ) { slider . slides . removeClass ( namespace + "active-slide" ) . eq ( slider . currentSlide ) . addClass ( namespace + "active-slide" ) ; }
//FlexSlider: init() Callback
slider . vars . init ( slider ) ;
} ;
slider . doMath = function ( ) {
var slide = slider . slides . first ( ) ,
slideMargin = slider . vars . itemMargin ,
minItems = slider . vars . minItems ,
maxItems = slider . vars . maxItems ;
slider . w = ( slider . viewport === undefined ) ? slider . width ( ) : slider . viewport . width ( ) ;
slider . h = slide . height ( ) ;
slider . boxPadding = slide . outerWidth ( ) - slide . width ( ) ;
// CAROUSEL:
if ( carousel ) {
slider . itemT = slider . vars . itemWidth + slideMargin ;
slider . itemM = slideMargin ;
slider . minW = ( minItems ) ? minItems * slider . itemT : slider . w ;
slider . maxW = ( maxItems ) ? ( maxItems * slider . itemT ) - slideMargin : slider . w ;
slider . itemW = ( slider . minW > slider . w ) ? ( slider . w - ( slideMargin * ( minItems - 1 ) ) ) / minItems :
( slider . maxW < slider . w ) ? ( slider . w - ( slideMargin * ( maxItems - 1 ) ) ) / maxItems :
( slider . vars . itemWidth > slider . w ) ? slider . w : slider . vars . itemWidth ;
slider . visible = Math . floor ( slider . w / ( slider . itemW ) ) ;
slider . move = ( slider . vars . move > 0 && slider . vars . move < slider . visible ) ? slider . vars . move : slider . visible ;
slider . pagingCount = Math . ceil ( ( ( slider . count - slider . visible ) / slider . move ) + 1 ) ;
slider . last = slider . pagingCount - 1 ;
slider . limit = ( slider . pagingCount === 1 ) ? 0 :
( slider . vars . itemWidth > slider . w ) ? ( slider . itemW * ( slider . count - 1 ) ) + ( slideMargin * ( slider . count - 1 ) ) : ( ( slider . itemW + slideMargin ) * slider . count ) - slider . w - slideMargin ;
} else {
slider . itemW = slider . w ;
slider . itemM = slideMargin ;
slider . pagingCount = slider . count ;
slider . last = slider . count - 1 ;
}
slider . computedW = slider . itemW - slider . boxPadding ;
slider . computedM = slider . itemM ;
} ;
slider . update = function ( pos , action ) {
slider . doMath ( ) ;
// update currentSlide and slider.animatingTo if necessary
if ( ! carousel ) {
if ( pos < slider . currentSlide ) {
slider . currentSlide += 1 ;
} else if ( pos <= slider . currentSlide && pos !== 0 ) {
slider . currentSlide -= 1 ;
}
slider . animatingTo = slider . currentSlide ;
}
// update controlNav
if ( slider . vars . controlNav && ! slider . manualControls ) {
if ( ( action === "add" && ! carousel ) || slider . pagingCount > slider . controlNav . length ) {
methods . controlNav . update ( "add" ) ;
} else if ( ( action === "remove" && ! carousel ) || slider . pagingCount < slider . controlNav . length ) {
if ( carousel && slider . currentSlide > slider . last ) {
slider . currentSlide -= 1 ;
slider . animatingTo -= 1 ;
}
methods . controlNav . update ( "remove" , slider . last ) ;
}
}
// update directionNav
if ( slider . vars . directionNav ) { methods . directionNav . update ( ) ; }
} ;
slider . addSlide = function ( obj , pos ) {
var $obj = $ ( obj ) ;
slider . count += 1 ;
slider . last = slider . count - 1 ;
// append new slide
if ( vertical && reverse ) {
( pos !== undefined ) ? slider . slides . eq ( slider . count - pos ) . after ( $obj ) : slider . container . prepend ( $obj ) ;
} else {
( pos !== undefined ) ? slider . slides . eq ( pos ) . before ( $obj ) : slider . container . append ( $obj ) ;
}
// update currentSlide, animatingTo, controlNav, and directionNav
slider . update ( pos , "add" ) ;
// update slider.slides
slider . slides = $ ( slider . vars . selector + ':not(.clone)' , slider ) ;
// re-setup the slider to accomdate new slide
slider . setup ( ) ;
//FlexSlider: added() Callback
slider . vars . added ( slider ) ;
} ;
slider . removeSlide = function ( obj ) {
var pos = ( isNaN ( obj ) ) ? slider . slides . index ( $ ( obj ) ) : obj ;
// update count
slider . count -= 1 ;
slider . last = slider . count - 1 ;
// remove slide
if ( isNaN ( obj ) ) {
$ ( obj , slider . slides ) . remove ( ) ;
} else {
( vertical && reverse ) ? slider . slides . eq ( slider . last ) . remove ( ) : slider . slides . eq ( obj ) . remove ( ) ;
}
// update currentSlide, animatingTo, controlNav, and directionNav
slider . doMath ( ) ;
slider . update ( pos , "remove" ) ;
// update slider.slides
slider . slides = $ ( slider . vars . selector + ':not(.clone)' , slider ) ;
// re-setup the slider to accomdate new slide
slider . setup ( ) ;
// FlexSlider: removed() Callback
slider . vars . removed ( slider ) ;
} ;
//FlexSlider: Initialize
methods . init ( ) ;
} ;
// Ensure the slider isn't focussed if the window loses focus.
$ ( window ) . blur ( function ( e ) {
focused = false ;
} ) . focus ( function ( e ) {
focused = true ;
} ) ;
//FlexSlider: Default Settings
$ . flexslider . defaults = {
namespace : "flex-" , //{NEW} String: Prefix string attached to the class of every element generated by the plugin
selector : ".slides > li" , //{NEW} Selector: Must match a simple pattern. '{container} > {slide}' -- Ignore pattern at your own peril
animation : "fade" , //String: Select your animation type, "fade" or "slide"
easing : "swing" , //{NEW} String: Determines the easing method used in jQuery transitions. jQuery easing plugin is supported!
direction : "horizontal" , //String: Select the sliding direction, "horizontal" or "vertical"
reverse : false , //{NEW} Boolean: Reverse the animation direction
animationLoop : true , //Boolean: Should the animation loop? If false, directionNav will received "disable" classes at either end
smoothHeight : false , //{NEW} Boolean: Allow height of the slider to animate smoothly in horizontal mode
startAt : 0 , //Integer: The slide that the slider should start on. Array notation (0 = first slide)
slideshow : true , //Boolean: Animate slider automatically
slideshowSpeed : 7000 , //Integer: Set the speed of the slideshow cycling, in milliseconds
animationSpeed : 600 , //Integer: Set the speed of animations, in milliseconds
initDelay : 0 , //{NEW} Integer: Set an initialization delay, in milliseconds
randomize : false , //Boolean: Randomize slide order
fadeFirstSlide : true , //Boolean: Fade in the first slide when animation type is "fade"
thumbCaptions : false , //Boolean: Whether or not to put captions on thumbnails when using the "thumbnails" controlNav.
// Usability features
pauseOnAction : true , //Boolean: Pause the slideshow when interacting with control elements, highly recommended.
pauseOnHover : false , //Boolean: Pause the slideshow when hovering over slider, then resume when no longer hovering
pauseInvisible : true , //{NEW} Boolean: Pause the slideshow when tab is invisible, resume when visible. Provides better UX, lower CPU usage.
useCSS : true , //{NEW} Boolean: Slider will use CSS3 transitions if available
touch : true , //{NEW} Boolean: Allow touch swipe navigation of the slider on touch-enabled devices
video : false , //{NEW} Boolean: If using video in the slider, will prevent CSS3 3D Transforms to avoid graphical glitches
// Primary Controls
controlNav : true , //Boolean: Create navigation for paging control of each slide? Note: Leave true for manualControls usage
directionNav : true , //Boolean: Create navigation for previous/next navigation? (true/false)
prevText : "Previous" , //String: Set the text for the "previous" directionNav item
nextText : "Next" , //String: Set the text for the "next" directionNav item
// Secondary Navigation
keyboard : true , //Boolean: Allow slider navigating via keyboard left/right keys
multipleKeyboard : false , //{NEW} Boolean: Allow keyboard navigation to affect multiple sliders. Default behavior cuts out keyboard navigation with more than one slider present.
mousewheel : false , //{UPDATED} Boolean: Requires jquery.mousewheel.js (https://github.com/brandonaaron/jquery-mousewheel) - Allows slider navigating via mousewheel
pausePlay : false , //Boolean: Create pause/play dynamic element
pauseText : "Pause" , //String: Set the text for the "pause" pausePlay item
playText : "Play" , //String: Set the text for the "play" pausePlay item
// Special properties
controlsContainer : "" , //{UPDATED} jQuery Object/Selector: Declare which container the navigation elements should be appended too. Default container is the FlexSlider element. Example use would be $(".flexslider-container"). Property is ignored if given element is not found.
manualControls : "" , //{UPDATED} jQuery Object/Selector: Declare custom control navigation. Examples would be $(".flex-control-nav li") or "#tabs-nav li img", etc. The number of elements in your controlNav should match the number of slides/tabs.
customDirectionNav : "" , //{NEW} jQuery Object/Selector: Custom prev / next button. Must be two jQuery elements. In order to make the events work they have to have the classes "prev" and "next" (plus namespace)
sync : "" , //{NEW} Selector: Mirror the actions performed on this slider with another slider. Use with care.
asNavFor : "" , //{NEW} Selector: Internal property exposed for turning the slider into a thumbnail navigation for another slider
// Carousel Options
itemWidth : 0 , //{NEW} Integer: Box-model width of individual carousel items, including horizontal borders and padding.
itemMargin : 0 , //{NEW} Integer: Margin between carousel items.
minItems : 1 , //{NEW} Integer: Minimum number of carousel items that should be visible. Items will resize fluidly when below this.
maxItems : 0 , //{NEW} Integer: Maxmimum number of carousel items that should be visible. Items will resize fluidly when above this limit.
move : 0 , //{NEW} Integer: Number of carousel items that should move on animation. If 0, slider will move all visible items.
allowOneSlide : true , //{NEW} Boolean: Whether or not to allow a slider comprised of a single slide
// Callback API
start : function ( ) { } , //Callback: function(slider) - Fires when the slider loads the first slide
before : function ( ) { } , //Callback: function(slider) - Fires asynchronously with each slider animation
after : function ( ) { } , //Callback: function(slider) - Fires after each slider animation completes
end : function ( ) { } , //Callback: function(slider) - Fires when the slider reaches the last slide (asynchronous)
added : function ( ) { } , //{NEW} Callback: function(slider) - Fires after a slide is added
removed : function ( ) { } , //{NEW} Callback: function(slider) - Fires after a slide is removed
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init : function ( ) { } , //{NEW} Callback: function(slider) - Fires after the slider is initially setup
rtl : false //{NEW} Boolean: Whether or not to enable RTL mode
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} ;
//FlexSlider: Plugin Function
$ . fn . flexslider = function ( options ) {
if ( options === undefined ) { options = { } ; }
if ( typeof options === "object" ) {
return this . each ( function ( ) {
var $this = $ ( this ) ,
selector = ( options . selector ) ? options . selector : ".slides > li" ,
$slides = $this . find ( selector ) ;
if ( ( $slides . length === 1 && options . allowOneSlide === false ) || $slides . length === 0 ) {
$slides . fadeIn ( 400 ) ;
if ( options . start ) { options . start ( $this ) ; }
} else if ( $this . data ( 'flexslider' ) === undefined ) {
new $ . flexslider ( this , options ) ;
}
} ) ;
} else {
// Helper strings to quickly perform functions on the slider
var $slider = $ ( this ) . data ( 'flexslider' ) ;
switch ( options ) {
case "play" : $slider . play ( ) ; break ;
case "pause" : $slider . pause ( ) ; break ;
case "stop" : $slider . stop ( ) ; break ;
case "next" : $slider . flexAnimate ( $slider . getTarget ( "next" ) , true ) ; break ;
case "prev" :
case "previous" : $slider . flexAnimate ( $slider . getTarget ( "prev" ) , true ) ; break ;
default : if ( typeof options === "number" ) { $slider . flexAnimate ( options , true ) ; }
}
}
} ;
} ) ( jQuery ) ;