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veggiegarden.js
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veggiegarden.js
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/**
*------
* BGA framework: © Gregory Isabelli <[email protected]> & Emmanuel Colin <[email protected]>
* veggiegarden implementation : © <Your name here> <Your email address here>
*
* This code has been produced on the BGA studio platform for use on http://boardgamearena.com.
* See http://en.boardgamearena.com/#!doc/Studio for more information.
* -----
*
* veggiegarden.js
*
* veggiegarden user interface script
*
* In this file, you are describing the logic of your user interface, in Javascript language.
*
*/
define([
"dojo","dojo/_base/declare",
"ebg/core/gamegui",
"ebg/counter"
],
function (dojo, declare) {
return declare("bgagame.veggiegarden", ebg.core.gamegui, {
constructor: function(){
console.log('veggiegarden constructor');
if (!dojo.hasClass("ebd-body", "mode_3d")) {
//dojo.addClass("ebd-body", "mode_3d");
//dojo.addClass("ebd-body", "enableTransitions");
//$("globalaction_3d").innerHTML = "2D"; // controls the upper right button
this.control3dxaxis = 30; // rotation in degrees of x axis (it has a limit of 0 to 80 degrees in the frameword so users cannot turn it upsidedown)
this.control3dzaxis = 0; // rotation in degrees of z axis
this.control3dxpos = -100; // center of screen in pixels
this.control3dypos = 200; // center of screen in pixels
this.control3dscale = 1; // zoom level, 1 is default 2 is double normal size,
this.control3dmode3d = false ; // is the 3d enabled
//transform: rotateX(30deg) translate(200px, -100px) rotateZ(0deg) scale3d(1, 1, 1); min-width: 0px;
//$("game_play_area").style.transform = "rotatex(" + this.control3dxaxis + "deg) translate(" + this.control3dypos + "px," + this.control3dxpos + "px) rotateZ(" + this.control3dzaxis + "deg) scale3d(" + this.control3dscale + "," + this.control3dscale + "," + this.control3dscale + ")";
}
},
/*
setup:
This method must set up the game user interface according to current game situation specified
in parameters.
The method is called each time the game interface is displayed to a player, ie:
_ when the game starts
_ when a player refreshes the game page (F5)
"gamedatas" argument contains all datas retrieved by your "getAllDatas" PHP method.
*/
setup: function( gamedatas )
{
console.log( "Starting game setup" );
this.gameconnections=new Array();
this.param=new Array();
// Setting up player boards
for( var player_id in gamedatas.players )
{
var player = gamedatas.players[player_id];
// Setting up players boards if needed
var player_board_div = $('player_board_'+player_id);
dojo.place( this.format_block('jstpl_player_board', player ), player_board_div );
dojo.byId("cardcount_p"+player_id).innerHTML=gamedatas.cardcount[player_id].amount;
}
for( var i in this.gamedatas.table )
{
var card = this.gamedatas.table[i];
this.placecard('table',card['id'],card['type'] ,'deck');
this.addtooltipcard ( card['id'],card['type'] );
}
for( var i in this.gamedatas.field )
{
var card = this.gamedatas.field[i];
this.placecard('field'+card['location_arg'] ,card['id'],card['type'],'deck');
}
for( var i in this.gamedatas.hand )
{
var card = this.gamedatas.hand[i];
this.placecard('hand',card['id'],card['type'],'deck');
}
for( var i in this.gamedatas.fence )
{
var card = this.gamedatas.fence[i];
this.placetoken('fence'+card['location_arg'],card['id'],card['type']);
}
if (this.gamedatas.groundhog >0 )
{
dojo.place( "<div id='groundhog' class='groundhog' ></div>" , "field"+this.gamedatas.groundhog, "last");
this.addTooltipHtml("groundhog", _("The groundhog blocks the card under it, so the card cannot be selected or moved"));
}
// Setup game notifications to handle (see "setupNotifications" method below)
this.setupNotifications();
console.log( "Ending game setup" );
},
///////////////////////////////////////////////////
//// Game & client states
// onEnteringState: this method is called each time we are entering into a new game state.
// You can use this method to perform some user interface changes at this moment.
//
onEnteringState: function( stateName, args )
{
console.log( 'Entering state: '+stateName );
switch( stateName )
{
case 'startTurn':
break
case 'playerpick':
dojo.forEach(this.gameconnections, dojo.disconnect);
dojo.query(".borderpulse").removeClass("borderpulse");
dojo.query(".redborder").removeClass("redborder");
this.gameconnections=new Array();
if (this.isCurrentPlayerActive() )
{
list =dojo.query( '#table .card' ).addClass( 'borderpulse' ) ;
for (var i = 0; i < list.length; i++)
{
var thiselement = list[i];
this.gameconnections.push( dojo.connect(thiselement, 'onclick' , this, 'pickcard'))
}
}
break;
case 'selectTarget':
if (this.isCurrentPlayerActive() )
{
list = args.args.possiblemoves;
switch(args.args.cardpicked)
{
case '1':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select the bunny');
break;
case '2':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a column or row of cards or fence tokens');
break;
case '3':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a destination for the groundhog');
break;
case '4':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a card or fence token to move');
break;
case '5':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a card from your hand to place it on the garden');
break;
case '6':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a card from the garden to discard it');
break;
}
this.updatePageTitle();
for (var i = 0; i < list.length; i++)
{
var thiselement = list[i];
thistarget=dojo.query("#"+thiselement+ " .card,#"+thiselement+".card ,#"+thiselement+">div" ).addClass( 'borderpulse' ) ;
this.gameconnections.push( dojo.connect(thistarget[0], 'onclick' , this, 'selectTarget'))
}
list =dojo.query( '#table .card' ).addClass( 'borderpulse' ) ;
for (var i = 0; i < list.length; i++)
{
var thiselement = list[i];
this.gameconnections.push( dojo.connect(thiselement, 'onclick' , this, 'pickcard'))
}
}
break;
case 'selectDestination':
if (this.isCurrentPlayerActive() )
{
list = args.args.possibledestinations;
switch(args.args.cardpicked)
{
case '1':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a destination for the bunny');
break;
case '2':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a destination for the shift effect');
break;
case '3':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a card to swap it over the groundhog');
break;
case '4':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a card or fence token to swap with the already selected one');
break;
case '5':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a card from the garden to pick it');
break;
case '6':
this.gamedatas.gamestate.descriptionmyturn = _('${you} have to select a card from the harvest to replace the discarded one');
break;
}
this.updatePageTitle();
for (var i = 0; i < list.length; i++)
{
var thiselement = list[i];
thistarget=dojo.query("#"+thiselement+ " .card,#"+thiselement+".card ,#"+thiselement+">div" ).addClass( 'borderpulse' ) ;
this.gameconnections.push( dojo.connect(thistarget[0], 'onclick' , this, 'selectDestination'))
}
}
break;
case 'dummmy':
break;
}
},
// onLeavingState: this method is called each time we are leaving a game state.
// You can use this method to perform some user interface changes at this moment.
//
onLeavingState: function( stateName )
{
console.log( 'Leaving state: '+stateName );
switch( stateName )
{
/* Example:
case 'myGameState':
// Hide the HTML block we are displaying only during this game state
dojo.style( 'my_html_block_id', 'display', 'none' );
break;
*/
case 'playerpick':
if (this.isCurrentPlayerActive() )
{
dojo.forEach(this.gameconnections, dojo.disconnect);
dojo.query(".borderpulse").removeClass("borderpulse");
this.gameconnections=new Array();
}
break;
case 'selectTarget':
if (this.isCurrentPlayerActive() )
{
dojo.forEach(this.gameconnections, dojo.disconnect);
dojo.query(".borderpulse").removeClass("borderpulse");
this.gameconnections=new Array();
}
break;
case 'endTurn':
dojo.forEach(this.gameconnections, dojo.disconnect);
dojo.query(".borderpulse").removeClass("borderpulse");
dojo.query(".traveller").removeClass("traveller");
dojo.query(".redborder").removeClass("redborder");
this.gameconnections=new Array();
case 'dummmy':
break;
}
},
// onUpdateActionButtons: in this method you can manage "action buttons" that are displayed in the
// action status bar (ie: the HTML links in the status bar).
//
onUpdateActionButtons: function( stateName, args )
{
console.log( 'onUpdateActionButtons: '+stateName );
if( this.isCurrentPlayerActive() )
{
switch( stateName )
{
case 'selectDestination':
this.addActionButton( 'button_cancel', _('Cancel'), 'cancel' );
break;
/*
Example:
case 'myGameState':
// Add 3 action buttons in the action status bar:
this.addActionButton( 'button_1_id', _('Button 1 label'), 'onMyMethodToCall1' );
this.addActionButton( 'button_2_id', _('Button 2 label'), 'onMyMethodToCall2' );
this.addActionButton( 'button_3_id', _('Button 3 label'), 'onMyMethodToCall3' );
break;
*/
}
}
},
///////////////////////////////////////////////////
//// Utility methods
/*
Here, you can defines some utility methods that you can use everywhere in your javascript
script.
*/
attachToNewParentNoDestroy : function(mobile, new_parent) {
if (typeof mobile == "string") {
mobile = $(mobile);
}
if (typeof new_parent == "string") {
new_parent = $(new_parent);
}
dojo.style(mobile, "position", "absolute");
dojo.place(mobile, new_parent, "last");
return box;
},
calculateBox : function(mobile, new_parent) {
if (mobile === null) {
console.error("attachToNewParent: mobile obj is null");
return;
}
if (new_parent === null) {
console.error("attachToNewParent: new_parent is null");
return;
}
if (typeof mobile == "string") {
mobile = $(mobile);
}
if (typeof new_parent == "string") {
new_parent = $(new_parent);
}
var src = dojo.position(mobile);
dojo.style(mobile, "position", "absolute");
dojo.place(mobile, new_parent, "last");
var tgt = dojo.position(mobile);
var box = dojo.marginBox(mobile);
var cbox = dojo.contentBox(mobile);
var left = box.l + src.x - tgt.x;
var top = box.t + src.y - tgt.y;
dojo.style(mobile, "top", top + "px");
dojo.style(mobile, "left", left + "px");
box.l += box.w-cbox.w;
box.t += box.h-cbox.h;
return box;
},
/**
* This method is similar to slideToObject but works on object which do not use inline style positioning. It also attaches object to
* new parent immediately, so parent is correct during animation
*/
slideToObjectRelative : function(token, finalPlace, tlen, tdelay, onEnd) {
this.MyresetPosition(token);
dojo.removeClass( token , "traveller");
dojo.addClass( token , "traveller");
var box = this.calculateBox(token, finalPlace);
var anim = this.MySlideToObjectPos(token, finalPlace, box.l, box.t, tlen, tdelay);
dojo.connect(anim, "onEnd", dojo.hitch(this, function(token,finalPlace) {
this.MystripPosition(token);
this.attachToNewParentNoDestroy(token,finalPlace);
if (onEnd) onEnd(token);
}));
anim.play();
},
MySlideToObjectPos: function (token, finalPlace, leftpos, rightpos, tlen, tdelay)
{
if (token === null)
{
console.error("slideToObjectPos: mobile obj is null");
}
if (finalPlace === null)
{
console.error("slideToObjectPos: target obj is null");
}
if (leftpos === null)
{
console.error("slideToObjectPos: target x is null");
}
if (rightpos === null)
{
console.error("slideToObjectPos: target y is null");
}
var tgt = dojo.position(finalPlace);
var src = dojo.position(token);
if (typeof tlen == "undefined")
{
tlen = 500;
}
if (typeof tdelay == "undefined")
{
tdelay = 0;
}
if (this.instantaneousMode)
{
tdelay = Math.min(1, tdelay);
tlen = Math.min(1, tlen);
}
var left = dojo.style(token, "left");
var top = dojo.style(token, "top");
left = left + tgt.x - src.x + leftpos;
top = top + tgt.y - src.y + rightpos;
return dojo.fx.slideTo(
{
node: token,
top: top,
left: left,
delay: tdelay,
duration: tlen,
unit: "px"
}
);
},
MySlideToObject: function (mobile, target, duration, delay)
{
if (mobile === null)
{
console.error("slideToObject: mobile obj is null");
}
if (target === null)
{
console.error("slideToObject: target obj is null");
}
var tgt = dojo.position(target);
var src = dojo.position(mobile);
if (typeof duration == "undefined")
{
duration = 500;
}
if (typeof delay == "undefined")
{
delay = 0;
}
if (this.instantaneousMode)
{
delay = Math.min(1, delay);
duration = Math.min(1, duration);
}
var left = dojo.style(mobile, "left");
var top = dojo.style(mobile, "top");
left = left + tgt.x - src.x + (tgt.w - src.w) / 2;
top = top + tgt.y - src.y + (tgt.h - src.h) / 2;
travelanim= function(node){
dojo.removeClass(node,"traveller");
dojo.addClass(node,"traveller");
}
slideanim = dojo.fx.slideTo(
{
node: mobile,
top: top,
left: left,
delay: delay,
duration: duration,
unit: "px"
});
dojo.connect(slideanim, "onPlay", dojo.hitch(this, travelanim, mobile )) ;
return slideanim;
},
MySlideTemporaryObject: function (_a47, _a48, from, to, _a49, _a4a)
{
var obj = dojo.place(_a47, _a48);
dojo.style(obj, "position", "absolute");
dojo.style(obj, "left", "0px");
dojo.style(obj, "top", "0px");
this.placeOnObject(obj, from);
var anim = this.MySlideToObject(obj, to, _a49, _a4a);
var destroynode = function (node)
{
dojo.destroy(node);
};
dojo.connect(anim, "onEnd", destroynode);
anim.play();
return anim;
},
MystripPosition : function(token) {
// console.log(token + " STRIPPING");
// remove any added positioning style
dojo.style(token, "display", null);
dojo.style(token, "top", null);
dojo.style(token, "left", null);
dojo.style(token, "position", null);
dojo.removeClass( token , "traveller")
},
MyresetPosition : function(token) {
// console.log(token + " RESETING");
// remove any added positioning style
dojo.style(token, "display", null);
dojo.style(token, "top", "0px");
dojo.style(token, "left", "0px");
dojo.style(token, "position", null);
},
slideToObjectAndDestroyAndIncCounter: function( mobile_obj , to, duration, delay )
{
var obj = dojo.byId(mobile_obj );
dojo.style(obj, "position", "absolute");
dojo.style(obj, "left", "0px");
dojo.style(obj, "top", "0px");
var anim = this.MySlideToObject(obj, to, duration, delay );
this.param.push(to);
dojo.connect(anim, "onEnd", this, 'incAndDestroy' );
anim.play();
return anim;
},
MyslideToObjectAndDestroy: function( mobile_obj , to, duration, delay )
{
var obj = dojo.byId(mobile_obj );
dojo.style(obj, "position", "absolute");
dojo.style(obj, "left", "0px");
dojo.style(obj, "top", "0px");
var anim = this.MySlideToObject(obj, to, duration, delay );
dojo.connect(anim, "onEnd", function (node)
{
dojo.destroy(node);
}
);
anim.play();
return anim;
},
slideTemporaryObjectAndIncCounter: function( mobile_obj_html , mobile_obj_parent, from, to, duration, delay )
{
var obj = dojo.place(mobile_obj_html, mobile_obj_parent );
dojo.style(obj, "position", "absolute");
dojo.style(obj, "left", "0px");
dojo.style(obj, "top", "0px");
this.placeOnObject(obj, from);
var anim = this.MySlideToObject(obj, to, duration, delay );
this.param.push(to);
dojo.connect(anim, "onEnd", this, 'incAndDestroy' );
anim.play();
return anim;
},
incAndDestroy : function(node)
{
dojo.destroy(node);
target=this.param.shift();
dojo.byId(target).innerHTML=eval(dojo.byId(target).innerHTML) + 1;
},
////////////////////////////////////////////////
placecard: function ( destination, card_id ,card_type , origin )
{
xpos= -140*((card_type - 1 )%3 );
ypos= -90*(Math.floor( (card_type -1 ) / 3 ));
position= xpos+"px "+ ypos+"px ";
//dojo.style('stile_back_'+location_arg , "background-position", position);
dojo.place( "<div id='card_"+card_id+"' class='card' style='background-position:"+position+";'></div>" , origin, "last");
this.slideToObjectRelative ( 'card_'+card_id , destination , 1500 )
},
addtooltipcard: function ( card_id ,card_type )
{
xpos= -180*((card_type - 1 )%3 );
ypos= -240*(Math.floor( (card_type -1 ) / 3 ));
position= xpos+"px "+ ypos+"px ";
switch(card_type){
case "1" :
tooltiptext=_("Bunny hops to a fence post and exchanges places with it");
break;
case "2" :
tooltiptext=_("Shift a row or column of veggies or fence posts (the groundhog blocks)");
break;
case "3" :
tooltiptext=_("Move the groundhog, then swap any two veggies opposite the groundhog");
break;
case "4" :
tooltiptext=_("Swap two adjacent veggies or fence posts (the groundhog blocks)");
break;
case "5" :
tooltiptext=_("Exchange a card from your hand with one in the garden");
break;
case "6" :
tooltiptext=_("Discard a veggie from the garden and replace it with one from the harvest (the groundhog blocks)");
break;
}
switch(card_type){
case "1" :
tooltiptitle=_("carrots");
break;
case "2":
tooltiptitle=_("cabbage");
break;
case "3":
tooltiptitle=_("peas" );
break;
case "4":
tooltiptitle=_("peppers" );
break;
case "5":
tooltiptitle=_("potato" );
break;
case "6":
tooltiptitle=_("tomato" );
break;
}
switch(card_type){
case "1" :
tooltipclass="carrots";
break;
case "2" :
tooltipclass="cabbage";
break;
case "3" :
tooltipclass="peas" ;
break;
case "4" :
tooltipclass="peppers";
break;
case "5" :
tooltipclass="potato" ;
break;
case "6" :
tooltipclass="tomato" ;
break;
}
this.addTooltipHtml("card_"+card_id, "<div id='tooltipcard_"+card_id+"' class='tooltipcard "+tooltipclass+"' style='background-position:"+position+";'><span class='tooltiptitle'>"+tooltiptitle+"</span><span class='tooltiptext'>"+tooltiptext+"</span></div>" );
},
placetoken: function ( destination, card_id ,card_type )
{
xpos= -60*((card_type - 1 ));
position= xpos+"px ";
//dojo.style('stile_back_'+location_arg , "background-position", position);
if ( card_type== 0)
{
dojo.place( "<div id='token_"+card_id+"' class='rabbit' ></div>" , destination, "last");
this.addTooltipHtml("token_"+card_id, _("The bunny makes the card next to it to score 0 points") );
}
else
{
dojo.place( "<div id='token_"+card_id+"' class='token' style='background-position:"+position+";'></div>" , destination, "last");
}
},
///////////////////////////////////////////////////
//// Player's action
/*
Here, you are defining methods to handle player's action (ex: results of mouse click on
game objects).
Most of the time, these methods:
_ check the action is possible at this game state.
_ make a call to the game server
*/
cancel: function( )
{
// Stop this event propagation
if( ! this.checkAction( 'cancel' ) )
{ return; }
if( this.checkAction( 'cancel' ) ) // Check that this action is possible at this moment
{
this.ajaxcall( "/veggiegarden/veggiegarden/cancel.html", {
}, this, function( result ) {} );
}
},
pickcard: function( evt )
{
// Stop this event propagation
dojo.stopEvent( evt );
if( ! this.checkAction( 'pickcard' ) )
{ return; }
dojo.query(".redborder").removeClass("redborder");
dojo.query(".borderpulse").removeClass("borderpulse");
// Get the cliqued pos and Player field ID
var cardpicked = evt.currentTarget.id;
var card_id = cardpicked.split('_')[1];
/* this.confirmationDialog( _('Are you sure you want to make this?'), dojo.hitch( this, function() {
this.ajaxcall( '/mygame/mygame/makeThis.html', { lock:true }, this, function( result ) {} );
} ) ); */
dojo.forEach(this.gameconnections, dojo.disconnect);
this.gameconnections=new Array();
if( this.checkAction( 'pickcard' ) ) // Check that this action is possible at this moment
{
this.ajaxcall( "/veggiegarden/veggiegarden/pickcard.html", {
card_id:card_id
}, this, function( result ) {} );
}
},
selectTarget: function( evt )
{
// Stop this event propagation
dojo.stopEvent( evt );
if( ! this.checkAction( 'selectTarget' ) )
{ return; }
// Get the cliqued pos and Player field ID
var target = evt.target || evt.srcElement;
target=target.id;
/* this.confirmationDialog( _('Are you sure you want to make this?'), dojo.hitch( this, function() {
this.ajaxcall( '/mygame/mygame/makeThis.html', { lock:true }, this, function( result ) {} );
} ) ); */
dojo.forEach(this.gameconnections, dojo.disconnect);
this.gameconnections=new Array();
dojo.query(".borderpulse").removeClass("borderpulse");
if( this.checkAction( 'selectTarget' ) ) // Check that this action is possible at this moment
{
this.ajaxcall( "/veggiegarden/veggiegarden/selectTarget.html", {
target:target
}, this, function( result ) {} );
}
},
selectDestination: function( evt )
{
// Stop this event propagation
dojo.stopEvent( evt );
if( ! this.checkAction( 'selectDestination' ) )
{ return; }
// Get the cliqued pos and Player field ID
var target = evt.target || evt.srcElement;
target=target.id;
/* this.confirmationDialog( _('Are you sure you want to make this?'), dojo.hitch( this, function() {
this.ajaxcall( '/mygame/mygame/makeThis.html', { lock:true }, this, function( result ) {} );
} ) ); */
dojo.forEach(this.gameconnections, dojo.disconnect);
dojo.query(".borderpulse").removeClass("borderpulse");
if( this.checkAction( 'selectDestination' ) ) // Check that this action is possible at this moment
{
this.ajaxcall( "/veggiegarden/veggiegarden/selectDestination.html", {
target:target
}, this, function( result ) {} );
}
},
///////////////////////////////////////////////////
//// Reaction to cometD notifications
/*
setupNotifications:
In this method, you associate each of your game notifications with your local method to handle it.
Note: game notification names correspond to "notifyAllPlayers" and "notifyPlayer" calls in
your veggiegarden.game.php file.
*/
setupNotifications: function()
{
console.log( 'notifications subscriptions setup' );
// TODO: here, associate your game notifications with local methods
// Example 1: standard notification handling
// dojo.subscribe( 'cardPlayed', this, "notif_cardPlayed" );
// Example 2: standard notification handling + tell the user interface to wait
// during 3 seconds after calling the method in order to let the players
// see what is happening in the game.
// dojo.subscribe( 'cardPlayed', this, "notif_cardPlayed" );
// this.notifqueue.setSynchronous( 'cardPlayed', 3000 );
//
dojo.subscribe( 'moveitems', this, "notif_moveitems" );
this.notifqueue.setSynchronous( 'moveitems', 2000 );
dojo.subscribe( 'selectitem', this, "notif_selectitem" );
dojo.subscribe( 'cardtohand', this, "notif_cardtohand" );
this.notifqueue.setSynchronous( 'cardtohand', 2000 );
dojo.subscribe( 'cardfromhand', this, "notif_cardfromhand" );
this.notifqueue.setSynchronous( 'cardfromhand', 2000 );
dojo.subscribe( 'discard', this, "notif_discard" );
this.notifqueue.setSynchronous( 'discard', 2000 );
dojo.subscribe( 'discardall', this, "notif_discardall" );
this.notifqueue.setSynchronous( 'discardall', 2000 );
dojo.subscribe( 'drawcard', this, "notif_drawcard" );
this.notifqueue.setSynchronous( 'drawcard', 2000 );
dojo.subscribe('notif_finalScore', this, "notif_finalScore");
this.notifqueue.setSynchronous('notif_finalScore', 5000);
},
// TODO: from this point and below, you can write your game notifications handling methods
notif_moveitems: function( notif )
{
console.log( 'notif_moveitems' );
console.log( notif );
for (var thisitem in notif.args.moveitems) {
this.slideToObjectRelative (thisitem, notif.args.moveitems[thisitem],1500);
}
},
notif_cardtohand: function( notif )
{
console.log( 'notif_cardtohand' );
console.log( notif );
if ( this.isCurrentPlayerActive() )
{
this.slideToObjectRelative ("card_"+notif.args.card_id, 'hand',1500);
this.removeTooltip( "card_"+notif.args.card_id );
dojo.byId('cardcount_p'+notif.args.player_id).innerHTML=eval(dojo.byId('cardcount_p'+notif.args.player_id).innerHTML) + 1;
}
else
{
this.slideToObjectAndDestroyAndIncCounter ("card_"+notif.args.card_id, 'cardcount_p'+notif.args.player_id,1500);
}
},
notif_cardfromhand: function( notif )
{
console.log( 'notif_cardfromhand' );
console.log( notif );
if ( this.player_id == notif.args.player_id )
{
this.slideToObjectRelative ("card_"+notif.args.card_id, 'field'+notif.args.card_pos,1500);
dojo.byId('cardcount_p'+notif.args.player_id).innerHTML=eval(dojo.byId('cardcount_p'+notif.args.player_id).innerHTML) - 1;
}
else
{
this.placecard('field'+notif.args.card_pos ,notif.args.card_id, notif.args.card_type,'cardcount_p'+notif.args.player_id);
dojo.byId('cardcount_p'+notif.args.player_id).innerHTML=eval(dojo.byId('cardcount_p'+notif.args.player_id).innerHTML) - 1;
}
},
notif_discard: function( notif )
{
console.log( 'notif_discard' );
console.log( notif );
this.MyslideToObjectAndDestroy ("card_"+notif.args.card_id, 'deck' ,1500);
},
notif_discardall: function( notif )
{
console.log( 'notif_discardall' );
console.log( notif );
list =dojo.query( '#table .card' );
for (var i = 0; i < list.length; i++)
{
var thiselement = list[i];
//this.gameconnections.push( dojo.connect(thiselement, 'onclick' , this, 'pickcard'))
this.MyslideToObjectAndDestroy (thiselement['id'], 'deck' ,1500);
}
},
notif_drawcard: function( notif )
{
console.log( 'notif_drawcard' );
console.log( notif );
this.placecard ("table", notif.args.card_id, notif.args.card_type , "deck");
this.addtooltipcard ( notif.args.card_id, notif.args.card_type );
},
notif_selectitem: function( notif )
{
console.log( 'notif_selectitem' );
if (dojo.byId(notif.args.item).parentNode.id=="table")
{
dojo.query(".redborder").removeClass("redborder");
}
//console.log( notif );
dojo.query("#"+notif.args.item).addClass("redborder");
},
notif_finalScore: function (notif)
{
console.log('**** Notification : finalScore');
console.log(notif);
id = _(notif.args.id);
title = _(notif.args.title);
header = _(notif.args.header);
footer = _(notif.args.footer);
closing= _(notif.args.closing);
this.displayTableWindow( id, title, notif.args.table, header, footer, closing);
}
});
});