h4iku/coconut_javascript2010_preprocessed · Datasets at Hugging Face

false,F=null,O=null,aa=null,ba=0,ka=false,S=null,ea=null,I={state:0,socket:null},na=(new Date).getTime(),la,fa=0,T={};x.prototype.preload=function(c){var d=new Image;this.images.push(d);d.onload=x.prototype.onload;d.onerror=x.prototype.onload;d.onabort=x.prototype.onload;d.imagePreloader=this;d.src=c};x.prototype.onload=function(){var c=this.imagePreloader;--c.work==0&&c.callback(c.images)};h.history.register(_$_INITIAL_HASH_$_,v);window.onunload=function(){k.emit(k,"Wt-unload");r()};this._p_={ieAlternative:D,

0};var ga=[],y=[],ha=_$_RELATIVE_URL_$_,R=false,ma=false,ja=false,F=null,P=null,aa=null,ba=0,ka=false,S=null,ea=null,I={state:0,socket:null},na=(new Date).getTime(),la,fa=0,T={};x.prototype.preload=function(c){var d=new Image;this.images.push(d);d.onload=x.prototype.onload;d.onerror=x.prototype.onload;d.onabort=x.prototype.onload;d.imagePreloader=this;d.src=c};x.prototype.onload=function(){var c=this.imagePreloader;--c.work==0&&c.callback(c.images)};h.history.register(_$_INITIAL_HASH_$_,v);window.onunload= function(){k.emit(k,"Wt-unload");r()};this._p_={ieAlternative:D,loadScript:O,onJsLoad:K,setTitle:da,update:u,quit:N,setFormObjects:function(c){Z=c},saveDownPos:w,addTimerEvent:J,load:a,handleResponse:o,setServerPush:l,dragStart:ca,dragDrag:V,dragEnd:Q,capture:h.capture,onHashChange:v,setHash:G,ImagePreloader:x,autoJavaScript:function(){_$_AUTO_JAVASCRIPT_$_()},response:B,setCloseMessage:Y};this.WT=_$_WT_CLASS_$_;this.emit=C});window.WtSignalEmit=_$_APP_CLASS_$_.emit;window.WtScriptLoaded=false;

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function(){var d=this.imagePreloader;--d.work==0&&d.callback(d.images)};n.history.register(_$_INITIAL_HASH_$_,t);window.onunload=function(){q.emit(q,"Wt-unload");v()};this._p_={ieAlternative:l,loadScript:C,onJsLoad:M,setTitle:b,update:y,quit:Y,setFormObjects:function(d){V=d},saveDownPos:w,addTimerEvent:U,load:f,handleResponse:u,setServerPush:o,dragStart:ca,dragDrag:g,dragEnd:Z,capture:n.capture,onHashChange:t,setHash:D,ImagePreloader:H,autoJavaScript:function(){_$_AUTO_JAVASCRIPT_$_()},response:F,

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function(){var d=this.imagePreloader;--d.work==0&&d.callback(d.images)};n.history.register(_$_INITIAL_HASH_$_,t);window.onunload=function(){q.emit(q,"Wt-unload");v()};this._p_={ieAlternative:l,loadScript:C,onJsLoad:M,setTitle:b,update:y,quit:Y,setFormObjects:function(d){V=d},saveDownPos:w,addTimerEvent:U,load:f,handleResponse:u,setServerPush:o,dragStart:ca,dragDrag:g,dragEnd:Z,capture:n.capture,onHashChange:t,setHash:D,ImagePreloader:H,autoJavaScript:function(){_$_AUTO_JAVASCRIPT_$_()},response:F,

if(this.settings.data.async && obj.find("li").size() == 0) { obj.children("a").addClass("loading");

obj.children("ul:eq(0)").remove().end().append("<ul><li class='last'><a class='loading' href='#'><ins> </ins>" + (_this.settings.lang.loading || "Loading ...") + "</a></li></ul>"); obj.removeClass("closed").addClass("open");

open_branch : function (obj, disable_animation, callback) { var _this = this; if(this.locked) return this.error("LOCKED"); var obj = this.get_node(obj); if(!obj.size()) return this.error("OPEN: NO SUCH NODE"); if(obj.hasClass("leaf")) return this.error("OPEN: OPENING LEAF NODE"); if(this.settings.data.async && obj.find("li").size() == 0) { obj.children("a").addClass("loading"); //obj.children("ul:eq(0)").remove().end().append("<ul><li class='last'><a class='loading' href='#'><ins> </ins>" + (_this.settings.lang.loading || "Loading ...") + "</a></li></ul>"); //obj.removeClass("closed").addClass("open"); this._load_branch(obj, function () { _this.open_branch(obj, disable_animation, callback); }); return; } obj.children("a").removeClass("loading"); if(this.callback("beforeopen",[obj.get(0),this]) === false) return this.error("OPEN: STOPPED BY USER"); if(parseInt(this.settings.ui.animation) > 0 && !disable_animation ) { obj.children("ul:eq(0)").css("display","none"); obj.removeClass("closed").addClass("open"); obj.children("ul:eq(0)").slideDown(parseInt(this.settings.ui.animation), function() { $(this).css("display",""); if(callback) callback.call(); }); } else { obj.removeClass("closed").addClass("open"); if(callback) callback.call(); } this.callback("onopen", [obj.get(0), this]); return true; },

this._load_branch(obj, function () { _this.open_branch(obj, disable_animation, callback); }); return;

open_branch : function (obj, disable_animation, callback) { var _this = this; if(this.locked) return this.error("LOCKED"); var obj = this.get_node(obj); if(!obj.size()) return this.error("OPEN: NO SUCH NODE"); if(obj.hasClass("leaf")) return this.error("OPEN: OPENING LEAF NODE"); if(this.settings.data.async && obj.find("li").size() == 0) { obj.children("a").addClass("loading"); //obj.children("ul:eq(0)").remove().end().append("<ul><li class='last'><a class='loading' href='#'><ins> </ins>" + (_this.settings.lang.loading || "Loading ...") + "</a></li></ul>"); //obj.removeClass("closed").addClass("open"); this._load_branch(obj, function () { _this.open_branch(obj, disable_animation, callback); }); return; } obj.children("a").removeClass("loading"); if(this.callback("beforeopen",[obj.get(0),this]) === false) return this.error("OPEN: STOPPED BY USER"); if(parseInt(this.settings.ui.animation) > 0 && !disable_animation ) { obj.children("ul:eq(0)").css("display","none"); obj.removeClass("closed").addClass("open"); obj.children("ul:eq(0)").slideDown(parseInt(this.settings.ui.animation), function() { $(this).css("display",""); if(callback) callback.call(); }); } else { obj.removeClass("closed").addClass("open"); if(callback) callback.call(); } this.callback("onopen", [obj.get(0), this]); return true; },

obj.children("a").removeClass("loading"); if(this.callback("beforeopen",[obj.get(0),this]) === false) return this.error("OPEN: STOPPED BY USER"); if(parseInt(this.settings.ui.animation) > 0 && !disable_animation ) { obj.children("ul:eq(0)").css("display","none"); obj.removeClass("closed").addClass("open"); obj.children("ul:eq(0)").slideDown(parseInt(this.settings.ui.animation), function() { $(this).css("display","");

else { if(!this.settings.data.async) { if(this.callback("beforeopen",[obj.get(0),this]) === false) return this.error("OPEN: STOPPED BY USER"); } if(parseInt(this.settings.ui.animation) > 0 && !disable_animation ) { obj.children("ul:eq(0)").css("display","none"); obj.removeClass("closed").addClass("open"); obj.children("ul:eq(0)").slideDown(parseInt(this.settings.ui.animation), function() { $(this).css("display",""); if(callback) callback.call(); }); } else { obj.removeClass("closed").addClass("open");

open_branch : function (obj, disable_animation, callback) { var _this = this; if(this.locked) return this.error("LOCKED"); var obj = this.get_node(obj); if(!obj.size()) return this.error("OPEN: NO SUCH NODE"); if(obj.hasClass("leaf")) return this.error("OPEN: OPENING LEAF NODE"); if(this.settings.data.async && obj.find("li").size() == 0) { obj.children("a").addClass("loading"); //obj.children("ul:eq(0)").remove().end().append("<ul><li class='last'><a class='loading' href='#'><ins> </ins>" + (_this.settings.lang.loading || "Loading ...") + "</a></li></ul>"); //obj.removeClass("closed").addClass("open"); this._load_branch(obj, function () { _this.open_branch(obj, disable_animation, callback); }); return; } obj.children("a").removeClass("loading"); if(this.callback("beforeopen",[obj.get(0),this]) === false) return this.error("OPEN: STOPPED BY USER"); if(parseInt(this.settings.ui.animation) > 0 && !disable_animation ) { obj.children("ul:eq(0)").css("display","none"); obj.removeClass("closed").addClass("open"); obj.children("ul:eq(0)").slideDown(parseInt(this.settings.ui.animation), function() { $(this).css("display",""); if(callback) callback.call(); }); } else { obj.removeClass("closed").addClass("open"); if(callback) callback.call(); } this.callback("onopen", [obj.get(0), this]); return true; },

}); } else { obj.removeClass("closed").addClass("open"); if(callback) callback.call();

} this.callback("onopen", [obj.get(0), this]); return true;

open_branch : function (obj, disable_animation, callback) { var _this = this; if(this.locked) return this.error("LOCKED"); var obj = this.get_node(obj); if(!obj.size()) return this.error("OPEN: NO SUCH NODE"); if(obj.hasClass("leaf")) return this.error("OPEN: OPENING LEAF NODE"); if(this.settings.data.async && obj.find("li").size() == 0) { obj.children("a").addClass("loading"); //obj.children("ul:eq(0)").remove().end().append("<ul><li class='last'><a class='loading' href='#'><ins> </ins>" + (_this.settings.lang.loading || "Loading ...") + "</a></li></ul>"); //obj.removeClass("closed").addClass("open"); this._load_branch(obj, function () { _this.open_branch(obj, disable_animation, callback); }); return; } obj.children("a").removeClass("loading"); if(this.callback("beforeopen",[obj.get(0),this]) === false) return this.error("OPEN: STOPPED BY USER"); if(parseInt(this.settings.ui.animation) > 0 && !disable_animation ) { obj.children("ul:eq(0)").css("display","none"); obj.removeClass("closed").addClass("open"); obj.children("ul:eq(0)").slideDown(parseInt(this.settings.ui.animation), function() { $(this).css("display",""); if(callback) callback.call(); }); } else { obj.removeClass("closed").addClass("open"); if(callback) callback.call(); } this.callback("onopen", [obj.get(0), this]); return true; },

this.callback("onopen", [obj.get(0), this]); return true;

open_branch : function (obj, disable_animation, callback) { var _this = this; if(this.locked) return this.error("LOCKED"); var obj = this.get_node(obj); if(!obj.size()) return this.error("OPEN: NO SUCH NODE"); if(obj.hasClass("leaf")) return this.error("OPEN: OPENING LEAF NODE"); if(this.settings.data.async && obj.find("li").size() == 0) { obj.children("a").addClass("loading"); //obj.children("ul:eq(0)").remove().end().append("<ul><li class='last'><a class='loading' href='#'><ins> </ins>" + (_this.settings.lang.loading || "Loading ...") + "</a></li></ul>"); //obj.removeClass("closed").addClass("open"); this._load_branch(obj, function () { _this.open_branch(obj, disable_animation, callback); }); return; } obj.children("a").removeClass("loading"); if(this.callback("beforeopen",[obj.get(0),this]) === false) return this.error("OPEN: STOPPED BY USER"); if(parseInt(this.settings.ui.animation) > 0 && !disable_animation ) { obj.children("ul:eq(0)").css("display","none"); obj.removeClass("closed").addClass("open"); obj.children("ul:eq(0)").slideDown(parseInt(this.settings.ui.animation), function() { $(this).css("display",""); if(callback) callback.call(); }); } else { obj.removeClass("closed").addClass("open"); if(callback) callback.call(); } this.callback("onopen", [obj.get(0), this]); return true; },

}

};

if (maskConf) { $.mask.load(overlay, maskConf); }

if (maskConf) { $(overlay).expose(maskConf); }

if (!conf.absolute) { top += w.scrollTop(); left += w.scrollLeft(); } overlay.css({position: conf.fixed ? 'fixed' : 'absolute'}).css({top: top, left: left});

eff[0].call(self, function() {

eff[0].call(self, {top: top, left: left}, function() {

if (maskConf) {

if (maskConf && conf.closeOnClick) {

if (conf.load) { self.load(); }

maskConf = $.tools.mask && (conf.mask || conf.expose),

maskConf = $.tools.expose && (conf.mask || conf.expose),

$(self).bind(name, fn);

if (fn) { $(self).bind(name, fn); }

closers = $('<div class="close"></div>');

closers = $('<a class="close"></a>');

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a!=l)}}return{x:b,y:f}};this.widgetCoordinates=function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.windowCoordinates=function(a){a=g.pageCoordinates(a);return{x:a.x-

a.parentNode.nextSibling;for(;a;){b+=a.offsetLeft;f+=a.offsetTop;if(w(a,"position")=="fixed"){b+=document.body.scrollLeft+document.documentElement.scrollLeft;f+=document.body.scrollTop+document.documentElement.scrollTop;break}l=a.offsetParent;if(l==null)a=null;else{do{a=a.parentNode;if(g.hasTag(a,"DIV")){b-=a.scrollLeft;f-=a.scrollTop}}while(a!=null&&a!=l)}}return{x:b,y:f}};this.widgetCoordinates=function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.windowCoordinates=function(a){a=g.pageCoordinates(a);return{x:a.x-document.body.scrollLeft-document.documentElement.scrollLeft,y:a.y-document.body.scrollTop-document.documentElement.scrollTop}};this.wheelDelta=function(a){var b=

for(;a;){b+=a.offsetLeft;f+=a.offsetTop;if(w(a,"position")=="fixed"){b+=document.body.scrollLeft+document.documentElement.scrollLeft;f+=document.body.scrollTop+document.documentElement.scrollTop;break}l=a.offsetParent;if(l==null)a=null;else{do{a=a.parentNode;if(g.hasTag(a,"DIV")){b-=a.scrollLeft;f-=a.scrollTop}}while(a!=null&&a!=l)}}return{x:b,y:f}};this.widgetCoordinates=function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a= window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.windowCoordinates=function(a){a=g.pageCoordinates(a);return{x:a.x-document.body.scrollLeft-document.documentElement.scrollLeft,y:a.y-document.body.scrollTop-document.documentElement.scrollTop}};this.wheelDelta=function(a){var b=0;if(a.wheelDelta)b=

a.parentNode.nextSibling;for(;a;){b+=a.offsetLeft;f+=a.offsetTop;if(w(a,"position")=="fixed"){b+=document.body.scrollLeft+document.documentElement.scrollLeft;f+=document.body.scrollTop+document.documentElement.scrollTop;break}l=a.offsetParent;if(l==null)a=null;else{do{a=a.parentNode;if(g.hasTag(a,"DIV")){b-=a.scrollLeft;f-=a.scrollTop}}while(a!=null&&a!=l)}}return{x:b,y:f}};this.widgetCoordinates=function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates= function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.windowCoordinates=function(a){a=g.pageCoordinates(a);return{x:a.x-document.body.scrollLeft-document.documentElement.scrollLeft,y:a.y-document.body.scrollTop-document.documentElement.scrollTop}};this.wheelDelta=function(a){var b=

for(;a;){b+=a.offsetLeft;f+=a.offsetTop;if(w(a,"position")=="fixed"){b+=document.body.scrollLeft+document.documentElement.scrollLeft;f+=document.body.scrollTop+document.documentElement.scrollTop;break}l=a.offsetParent;if(l==null)a=null;else{do{a=a.parentNode;if(g.hasTag(a,"DIV")){b-=a.scrollLeft;f-=a.scrollTop}}while(a!=null&&a!=l)}}return{x:b,y:f}};this.widgetCoordinates=function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.windowCoordinates=function(a){a=g.pageCoordinates(a);return{x:a.x-document.body.scrollLeft-document.documentElement.scrollLeft,y:a.y-document.body.scrollTop-document.documentElement.scrollTop}};this.wheelDelta=function(a){var b=0;if(a.wheelDelta)b=

if(k==null)a=null;else{do{a=a.parentNode;if(h.hasTag(a,"DIV")){b-=a.scrollLeft;e-=a.scrollTop}}while(a!=null&&a!=k)}}return{x:b,y:e}};this.widgetCoordinates=function(a,b){b=h.pageCoordinates(b);a=h.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,e=0;if(a.pageX||a.pageY){b=a.pageX;e=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;e=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,

if(j==null)a=null;else{do{a=a.parentNode;if(g.hasTag(a,"DIV")){b-=a.scrollLeft;e-=a.scrollTop}}while(a!=null&&a!=j)}}return{x:b,y:e}};this.widgetCoordinates=function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,e=0;if(a.pageX||a.pageY){b=a.pageX;e=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;e=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,

if(k==null)a=null;else{do{a=a.parentNode;if(h.hasTag(a,"DIV")){b-=a.scrollLeft;e-=a.scrollTop}}while(a!=null&&a!=k)}}return{x:b,y:e}};this.widgetCoordinates=function(a,b){b=h.pageCoordinates(b);a=h.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,e=0;if(a.pageX||a.pageY){b=a.pageX;e=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;e=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:e}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=function(a){var b,e;if(a.selectionStart!=undefined){b=a.selectionStart;e=a.selectionEnd}else if(document.selection){a=$(a).val();e=document.selection.createRange().duplicate();e.moveEnd("character",a.length);b=e.text==""?a.length:a.lastIndexOf(e.text);e=document.selection.createRange().duplicate();e.moveStart("character",-a.length);e=e.text.length}return{start:b,end:e}};

function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,e=0;if(a.pageX||a.pageY){b=a.pageX;e=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;e=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:e}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=

function(a,b){b=h.pageCoordinates(b);a=h.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,e=0;if(a.pageX||a.pageY){b=a.pageX;e=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;e=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:e}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=

function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,e=0;if(a.pageX||a.pageY){b=a.pageX;e=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;e=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:e}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=

function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=function(a){if(document.selection)if(g.hasTag(a,"TEXTAREA")){var b=document.selection.createRange(),

function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.windowCoordinates=function(a){a=g.pageCoordinates(a);return{x:a.x-document.body.scrollLeft-document.documentElement.scrollLeft,y:a.y-document.body.scrollTop-document.documentElement.scrollTop}};this.scrollIntoView=function(a){(a=

a.parentNode.nextSibling;for(;a;){b+=a.offsetLeft;f+=a.offsetTop;if(w(a,"position")=="fixed"){b+=document.body.scrollLeft+document.documentElement.scrollLeft;f+=document.body.scrollTop+document.documentElement.scrollTop;break}h=a.offsetParent;if(h==null)a=null;else{do{a=a.parentNode;if(g.hasTag(a,"DIV")){b-=a.scrollLeft;f-=a.scrollTop}}while(a!=null&&a!=h)}}return{x:b,y:f}};this.widgetCoordinates=function(a,b){b=g.pageCoordinates(b);a=g.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=function(a){if(document.selection)if(g.hasTag(a,"TEXTAREA")){var b=document.selection.createRange(),

function(a,b){b=k.pageCoordinates(b);a=k.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=

if(m==null)a=null;else{do{a=a.parentNode;if(k.hasTag(a,"DIV")){b-=a.scrollLeft;f-=a.scrollTop}}while(a!=null&&a!=m)}}return{x:b,y:f}};this.widgetCoordinates=function(a,b){b=k.pageCoordinates(b);a=k.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b, y:f}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=function(a){if(document.selection){var b=document.selection.createRange(),f=b.duplicate();f.moveToElementText(a);f.setEndPoint("EndToEnd",b);a=f.text.length-b.text.length;return{start:a,end:a+b.text.length}}else return{start:a.selectionStart,end:a.selectionEnd}};this.setSelectionRange=function(a,b,f){if(a.createTextRange){a=a.createTextRange();a.collapse(true);a.moveEnd("character",

function(a,b){b=k.pageCoordinates(b);a=k.widgetPageCoordinates(a);return{x:b.x-a.x,y:b.y-a.y}};this.pageCoordinates=function(a){if(!a)a=window.event;var b=0,f=0;if(a.pageX||a.pageY){b=a.pageX;f=a.pageY}else if(a.clientX||a.clientY){b=a.clientX+document.body.scrollLeft+document.documentElement.scrollLeft;f=a.clientY+document.body.scrollTop+document.documentElement.scrollTop}return{x:b,y:f}};this.scrollIntoView=function(a){(a=document.getElementById(a))&&a.scrollIntoView&&a.scrollIntoView(true)};this.getSelectionRange=

d.each({parent:function(a){return(a=a.parentNode)&&a.nodeType!==11?a:null},parents:function(a){return d.dir(a,"parentNode")},parentsUntil:function(a,b,e){return d.dir(a,"parentNode",e)},next:function(a){return d.nth(a,2,"nextSibling")},prev:function(a){return d.nth(a,2,"previousSibling")},nextAll:function(a){return d.dir(a,"nextSibling")},prevAll:function(a){return d.dir(a,"previousSibling")},nextUntil:function(a,b,e){return d.dir(a,"nextSibling",e)},prevUntil:function(a,b,e){return d.dir(a,"previousSibling",

parent: function(a){return a.firstChild;},

d.each({parent:function(a){return(a=a.parentNode)&&a.nodeType!==11?a:null},parents:function(a){return d.dir(a,"parentNode")},parentsUntil:function(a,b,e){return d.dir(a,"parentNode",e)},next:function(a){return d.nth(a,2,"nextSibling")},prev:function(a){return d.nth(a,2,"previousSibling")},nextAll:function(a){return d.dir(a,"nextSibling")},prevAll:function(a){return d.dir(a,"previousSibling")},nextUntil:function(a,b,e){return d.dir(a,"nextSibling",e)},prevUntil:function(a,b,e){return d.dir(a,"previousSibling",

strTune = strTune.gsub('\x12\n', '\n'); strTune = strTune.gsub('\x12', '\n');

strTune = strTune.gsub('\r\n', '\n'); strTune = strTune.gsub('\r', '\n');

this.parse = function(strTune) { tune.reset(); multilineVars.reset(); // Take care of whatever line endings come our way strTune = strTune.gsub('\x12\n', '\n'); strTune = strTune.gsub('\x12', '\n'); strTune += '\n'; // Tacked on temporarily to make the last line continuation work strTune = strTune.replace(/\\([ \t]*)\n/g, "$1 \x12"); // take care of line continuations right away, but keep the same number of characters var lines = strTune.split('\n'); if (lines.last().length === 0) // remove the blank line we added above. lines.pop(); lines.each( function(line) { if (multilineVars.is_in_history) { if (line[1] === ':') { multilineVars.is_in_history = false; parseLine(line); } else tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line))); } else parseLine(line); multilineVars.iChar += line.length + 1; }); tune.cleanUp(); };

} else if (multilineVars.inTextBlock) { if (line.startsWith("%%endtext")) { tune.addMetaText("textBlock", multilineVars.textBlock); multilineVars.inTextBlock = false; } else multilineVars.textBlock += ' ' + line;

this.parse = function(strTune) { tune.reset(); multilineVars.reset(); // Take care of whatever line endings come our way strTune = strTune.gsub('\x12\n', '\n'); strTune = strTune.gsub('\x12', '\n'); strTune += '\n'; // Tacked on temporarily to make the last line continuation work strTune = strTune.replace(/\\([ \t]*)\n/g, "$1 \x12"); // take care of line continuations right away, but keep the same number of characters var lines = strTune.split('\n'); if (lines.last().length === 0) // remove the blank line we added above. lines.pop(); lines.each( function(line) { if (multilineVars.is_in_history) { if (line[1] === ':') { multilineVars.is_in_history = false; parseLine(line); } else tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line))); } else parseLine(line); multilineVars.iChar += line.length + 1; }); tune.cleanUp(); };

tune.reset(); multilineVars.reset(); strTune = strTune.gsub('\r\n', '\n'); strTune = strTune.gsub('\r', '\n'); strTune += '\n'; strTune = strTune.replace(/\n\\.*\n/g, "\n"); strTune = strTune.replace(/\\([ \t]*)\n/g, "$1 \x12"); var lines = strTune.split('\n'); if (lines.last().length === 0) lines.pop(); lines.each( function(line) { if (multilineVars.is_in_history) { if (line[1] === ':') { multilineVars.is_in_history = false; parseLine(line); } else tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line))); } else if (multilineVars.inTextBlock) { if (line.startsWith("%%endtext")) { tune.addMetaText("textBlock", multilineVars.textBlock); multilineVars.inTextBlock = false; } else multilineVars.textBlock += ' ' + line;

tune.reset(); multilineVars.reset(); strTune = strTune.gsub('\r\n', '\n'); strTune = strTune.gsub('\r', '\n'); strTune += '\n'; strTune = strTune.replace(/\n\\.*\n/g, "\n"); strTune = strTune.replace(/\\([ \t]*)\n/g, "$1 \x12"); var lines = strTune.split('\n'); if (lines.last().length === 0) lines.pop(); lines.each( function(line) { if (multilineVars.is_in_history) { if (line[1] === ':') { multilineVars.is_in_history = false; parseLine(line);

this.parse = function(strTune) { tune.reset(); multilineVars.reset(); // Take care of whatever line endings come our way strTune = strTune.gsub('\r\n', '\n'); strTune = strTune.gsub('\r', '\n'); strTune += '\n'; // Tacked on temporarily to make the last line continuation work strTune = strTune.replace(/\n\\.*\n/g, "\n"); // get rid of latex commands. strTune = strTune.replace(/\\([ \t]*)\n/g, "$1 \x12"); // take care of line continuations right away, but keep the same number of characters var lines = strTune.split('\n'); if (lines.last().length === 0) // remove the blank line we added above. lines.pop(); lines.each( function(line) { if (multilineVars.is_in_history) { if (line[1] === ':') { multilineVars.is_in_history = false; parseLine(line); } else tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line))); } else if (multilineVars.inTextBlock) { if (line.startsWith("%%endtext")) { tune.addMetaText("textBlock", multilineVars.textBlock); multilineVars.inTextBlock = false; } else multilineVars.textBlock += ' ' + line; } else parseLine(line); multilineVars.iChar += line.length + 1; }); tune.cleanUp(); };

parseLine(line); multilineVars.iChar += line.length + 1; }); tune.cleanUp(); };

tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line))); } else if (multilineVars.inTextBlock) { if (line.startsWith("%%endtext")) { tune.addMetaText("textBlock", multilineVars.textBlock); multilineVars.inTextBlock = false; } else multilineVars.textBlock += ' ' + line; } else parseLine(line); multilineVars.iChar += line.length + 1; }); tune.cleanUp(); };

this.parse = function(strTune) { tune.reset(); multilineVars.reset(); // Take care of whatever line endings come our way strTune = strTune.gsub('\r\n', '\n'); strTune = strTune.gsub('\r', '\n'); strTune += '\n'; // Tacked on temporarily to make the last line continuation work strTune = strTune.replace(/\n\\.*\n/g, "\n"); // get rid of latex commands. strTune = strTune.replace(/\\([ \t]*)\n/g, "$1 \x12"); // take care of line continuations right away, but keep the same number of characters var lines = strTune.split('\n'); if (lines.last().length === 0) // remove the blank line we added above. lines.pop(); lines.each( function(line) { if (multilineVars.is_in_history) { if (line[1] === ':') { multilineVars.is_in_history = false; parseLine(line); } else tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line))); } else if (multilineVars.inTextBlock) { if (line.startsWith("%%endtext")) { tune.addMetaText("textBlock", multilineVars.textBlock); multilineVars.inTextBlock = false; } else multilineVars.textBlock += ' ' + line; } else parseLine(line); multilineVars.iChar += line.length + 1; }); tune.cleanUp(); };

if (lines.last().length === 0) lines.pop();

this.parse = function(strTune) { tune.reset(); multilineVars.reset(); // Take care of whatever line endings come our way strTune = strTune.gsub('\x12\n', '\n'); strTune = strTune.gsub('\x12', '\n'); strTune = strTune.replace(/\\([ \t]*)\n/g, "$1 \x12"); // take care of line continuations right away, but keep the same number of characters var lines = strTune.split('\n'); lines.each( function(line) { if (multilineVars.is_in_history) { if (line[1] === ':') { multilineVars.is_in_history = false; parseLine(line); } else tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line))); } else parseLine(line); multilineVars.iChar += line.length + 1; }); tune.cleanUp(); };

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var year, month, day, hour, min, sec = null;

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] -= 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10);

matches[i] = parseInt(matches[i], 10) || 0;

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] -= 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]);

date = new Date(matches[1], matches[2], matches[3]);

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] = matches[2] - 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

} else if (matches[4]) {

} else {

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] = matches[2] - 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else if (matches[4]) { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } else { date = new Date(matches[1], matches[2], matches[3]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

} else { date = new Date(matches[1], matches[2], matches[3]);

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] = matches[2] - 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else if (matches[4]) { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } else { date = new Date(matches[1], matches[2], matches[3]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

if (matches[7]) {

if (matches[7] === undefined) {

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] = matches[2] - 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else if (matches[4]) { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } else { date = new Date(matches[1], matches[2], matches[3]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

} else if (matches[4]) {

} else if (matches[4] === undefined) {

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] = matches[2] - 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else if (matches[4]) { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } else { date = new Date(matches[1], matches[2], matches[3]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

if (matches[7] === undefined) {

if (matches[7]) {

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] = matches[2] - 1; if (matches[7] === undefined) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else if (matches[4] === undefined) { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } else { date = new Date(matches[1], matches[2], matches[3]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

} else if (matches[4] === undefined) {

} else if (matches[4]) {

I18n.parseDate = function(d) { var matches, date; var year, month, day, hour, min, sec = null; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = matches[i] == undefined? 0 : parseInt(matches[i], 10); } // month starts on 0 matches[2] = matches[2] - 1; if (matches[7] === undefined) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else if (matches[4] === undefined) { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } else { date = new Date(matches[1], matches[2], matches[3]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) {

matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/); if (matches) {

I18n.parseDate = function(d) { var matches, date; if (matches = d.toString().match(/(\d{4})-(\d{2})-(\d{2})(?:[ |T](\d{2}):(\d{2}):(\d{2}))?(Z)?/)) { // date/time strings: yyyy-mm-dd hh:mm:ss or yyyy-mm-dd or yyyy-mm-ddThh:mm:ssZ for (var i = 1; i <= 6; i++) { matches[i] = parseInt(matches[i], 10) || 0; } // month starts on 0 matches[2] -= 1; if (matches[7]) { date = new Date(Date.UTC(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6])); } else { date = new Date(matches[1], matches[2], matches[3], matches[4], matches[5], matches[6]); } } else if (typeof(d) == "number") { // UNIX timestamp date = new Date(); date.setTime(d); } else { // an arbitrary javascript string date = new Date(); date.setTime(Date.parse(d)); } return date;};

if (!/^\d+$/.test(val)) { return; }

if (!/^-?\d+$/.test(val)) { return; }

if (line.startsWith('%%')) { var err = this.addDirective(line.substring(2)); if (err) warn(err, line, 2);

if (line.startsWith('%%')) { var err = this.addDirective(line.substring(2)); if (err) warn(err, line, 2); return {}; } line = tokenizer.stripComment(line); if (line.length === 0) return {}; if (line.length >= 2) { if (line[1] === ':') { var nextLine = ""; if (line.indexOf('\x12') >= 0 && line[0] !== 'w') { nextLine = line.substring(line.indexOf('\x12')+1); line = line.substring(0, line.indexOf('\x12')); } var field = metaTextHeaders[line[0]]; if (field !== undefined) { tune.addMetaText(field, tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); return {}; } else { switch(line[0]) { case 'H': tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); multilineVars.is_in_history = true; break; case 'K': this.resolveTempo(); var result = this.parseKey(line.substring(2)); if (!multilineVars.is_in_header && tune.hasBeginMusic()) { if (result.foundClef) tune.appendStartingElement('clef', -1, -1, multilineVars.clef); if (result.foundKey) tune.appendStartingElement('key', -1, -1, this.fixKey(multilineVars.clef, multilineVars.key)); } multilineVars.is_in_header = false; break; case 'L': this.setDefaultLength(line, 2, line.length); break; case 'M': multilineVars.origMeter = multilineVars.meter = this.setMeter(line.substring(2)); break; case 'P': if (multilineVars.is_in_header) tune.addMetaText("partOrder", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); else multilineVars.partForNextLine = tokenizer.translateString(tokenizer.stripComment(line.substring(2))); break; case 'Q': var tempo = this.setTempo(line, 2, line.length); if (tempo.type === 'delaySet') multilineVars.tempo = tempo.tempo; else if (tempo.type === 'immediate') tune.metaText.tempo = tempo.tempo; break; case 'T': this.setTitle(line.substring(2)); break; case 'U': this.addUserDefinition(line, 2, line.length); break; case 'V': this.parseVoice(line, 2, line.length); if (!multilineVars.is_in_header) return { newline: true }; break; case 'w': return { words: true }; case 'X': break; case 'E': case 'm': warn("Ignored header", line, 0); break; default: if (nextLine.length) nextLine = "\x12" + nextLine; return { regular: true, str: line+nextLine }; } } if (nextLine.length > 0) return { recurse: true, str: nextLine };

this.parseHeader = function(line) { if (line.startsWith('%%')) { var err = this.addDirective(line.substring(2)); if (err) warn(err, line, 2); return {}; } line = tokenizer.stripComment(line); if (line.length === 0) return {}; if (line.length >= 2) { if (line[1] === ':') { var nextLine = ""; if (line.indexOf('\x12') >= 0 && line[0] !== 'w') { // w: is the only header field that can have a continuation. nextLine = line.substring(line.indexOf('\x12')+1); line = line.substring(0, line.indexOf('\x12')); //This handles a continuation mark on a header field } var field = metaTextHeaders[line[0]]; if (field !== undefined) { tune.addMetaText(field, tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); return {}; } else { switch(line[0]) { case 'H': tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); multilineVars.is_in_history = true; break; case 'K': // since the key is the last thing that can happen in the header, we can resolve the tempo now this.resolveTempo(); var result = this.parseKey(line.substring(2)); if (!multilineVars.is_in_header && tune.hasBeginMusic()) { if (result.foundClef) tune.appendStartingElement('clef', -1, -1, multilineVars.clef); if (result.foundKey) tune.appendStartingElement('key', -1, -1, this.fixKey(multilineVars.clef, multilineVars.key)); } multilineVars.is_in_header = false; // The first key signifies the end of the header. break; case 'L': this.setDefaultLength(line, 2, line.length); break; case 'M': multilineVars.origMeter = multilineVars.meter = this.setMeter(line.substring(2)); break; case 'P': // TODO-PER: There is more to do with parts, but the writer doesn't care. if (multilineVars.is_in_header) tune.addMetaText("partOrder", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); else multilineVars.partForNextLine = tokenizer.translateString(tokenizer.stripComment(line.substring(2))); break; case 'Q': var tempo = this.setTempo(line, 2, line.length); if (tempo.type === 'delaySet') multilineVars.tempo = tempo.tempo; else if (tempo.type === 'immediate') tune.metaText.tempo = tempo.tempo; break; case 'T': this.setTitle(line.substring(2)); break; case 'U': this.addUserDefinition(line, 2, line.length); break; case 'V': this.parseVoice(line, 2, line.length); if (!multilineVars.is_in_header) return { newline: true }; break; case 'w': return { words: true }; break; case 'X': break; case 'E': case 'm': warn("Ignored header", line, 0); break; default: // It wasn't a recognized header value, so parse it as music. if (nextLine.length) nextLine = "\x12" + nextLine; //parseRegularMusicLine(line+nextLine); //nextLine = ""; return { regular: true, str: line+nextLine }; } } if (nextLine.length > 0) return { recurse: true, str: nextLine }; return {}; } } // If we got this far, we have a regular line of mulsic return { regular: true, str: line }; };

line = tokenizer.stripComment(line); if (line.length === 0) return {};

}

this.parseHeader = function(line) { if (line.startsWith('%%')) { var err = this.addDirective(line.substring(2)); if (err) warn(err, line, 2); return {}; } line = tokenizer.stripComment(line); if (line.length === 0) return {}; if (line.length >= 2) { if (line[1] === ':') { var nextLine = ""; if (line.indexOf('\x12') >= 0 && line[0] !== 'w') { // w: is the only header field that can have a continuation. nextLine = line.substring(line.indexOf('\x12')+1); line = line.substring(0, line.indexOf('\x12')); //This handles a continuation mark on a header field } var field = metaTextHeaders[line[0]]; if (field !== undefined) { tune.addMetaText(field, tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); return {}; } else { switch(line[0]) { case 'H': tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); multilineVars.is_in_history = true; break; case 'K': // since the key is the last thing that can happen in the header, we can resolve the tempo now this.resolveTempo(); var result = this.parseKey(line.substring(2)); if (!multilineVars.is_in_header && tune.hasBeginMusic()) { if (result.foundClef) tune.appendStartingElement('clef', -1, -1, multilineVars.clef); if (result.foundKey) tune.appendStartingElement('key', -1, -1, this.fixKey(multilineVars.clef, multilineVars.key)); } multilineVars.is_in_header = false; // The first key signifies the end of the header. break; case 'L': this.setDefaultLength(line, 2, line.length); break; case 'M': multilineVars.origMeter = multilineVars.meter = this.setMeter(line.substring(2)); break; case 'P': // TODO-PER: There is more to do with parts, but the writer doesn't care. if (multilineVars.is_in_header) tune.addMetaText("partOrder", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); else multilineVars.partForNextLine = tokenizer.translateString(tokenizer.stripComment(line.substring(2))); break; case 'Q': var tempo = this.setTempo(line, 2, line.length); if (tempo.type === 'delaySet') multilineVars.tempo = tempo.tempo; else if (tempo.type === 'immediate') tune.metaText.tempo = tempo.tempo; break; case 'T': this.setTitle(line.substring(2)); break; case 'U': this.addUserDefinition(line, 2, line.length); break; case 'V': this.parseVoice(line, 2, line.length); if (!multilineVars.is_in_header) return { newline: true }; break; case 'w': return { words: true }; break; case 'X': break; case 'E': case 'm': warn("Ignored header", line, 0); break; default: // It wasn't a recognized header value, so parse it as music. if (nextLine.length) nextLine = "\x12" + nextLine; //parseRegularMusicLine(line+nextLine); //nextLine = ""; return { regular: true, str: line+nextLine }; } } if (nextLine.length > 0) return { recurse: true, str: nextLine }; return {}; } } // If we got this far, we have a regular line of mulsic return { regular: true, str: line }; };

if (line.length >= 2) { if (line[1] === ':') { var nextLine = ""; if (line.indexOf('\x12') >= 0 && line[0] !== 'w') { nextLine = line.substring(line.indexOf('\x12')+1); line = line.substring(0, line.indexOf('\x12')); } var field = metaTextHeaders[line[0]]; if (field !== undefined) { tune.addMetaText(field, tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); return {}; } else { switch(line[0]) { case 'H': tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); multilineVars.is_in_history = true; break; case 'K': this.resolveTempo(); var result = this.parseKey(line.substring(2)); if (!multilineVars.is_in_header && tune.hasBeginMusic()) { if (result.foundClef) tune.appendStartingElement('clef', -1, -1, multilineVars.clef); if (result.foundKey) tune.appendStartingElement('key', -1, -1, this.fixKey(multilineVars.clef, multilineVars.key)); } multilineVars.is_in_header = false; break; case 'L': this.setDefaultLength(line, 2, line.length); break; case 'M': multilineVars.origMeter = multilineVars.meter = this.setMeter(line.substring(2)); break; case 'P': if (multilineVars.is_in_header) tune.addMetaText("partOrder", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); else multilineVars.partForNextLine = tokenizer.translateString(tokenizer.stripComment(line.substring(2))); break; case 'Q': var tempo = this.setTempo(line, 2, line.length); if (tempo.type === 'delaySet') multilineVars.tempo = tempo.tempo; else if (tempo.type === 'immediate') tune.metaText.tempo = tempo.tempo; break; case 'T': this.setTitle(line.substring(2)); break; case 'U': this.addUserDefinition(line, 2, line.length); break; case 'V': this.parseVoice(line, 2, line.length); if (!multilineVars.is_in_header) return { newline: true }; break; case 'w': return { words: true }; break; case 'X': break; case 'E': case 'm': warn("Ignored header", line, 0); break; default: if (nextLine.length) nextLine = "\x12" + nextLine; return { regular: true, str: line+nextLine }; } } if (nextLine.length > 0) return { recurse: true, str: nextLine }; return {}; } } return { regular: true, str: line }; };

return { regular: true, str: line }; };

this.parseHeader = function(line) { if (line.startsWith('%%')) { var err = this.addDirective(line.substring(2)); if (err) warn(err, line, 2); return {}; } line = tokenizer.stripComment(line); if (line.length === 0) return {}; if (line.length >= 2) { if (line[1] === ':') { var nextLine = ""; if (line.indexOf('\x12') >= 0 && line[0] !== 'w') { // w: is the only header field that can have a continuation. nextLine = line.substring(line.indexOf('\x12')+1); line = line.substring(0, line.indexOf('\x12')); //This handles a continuation mark on a header field } var field = metaTextHeaders[line[0]]; if (field !== undefined) { tune.addMetaText(field, tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); return {}; } else { switch(line[0]) { case 'H': tune.addMetaText("history", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); multilineVars.is_in_history = true; break; case 'K': // since the key is the last thing that can happen in the header, we can resolve the tempo now this.resolveTempo(); var result = this.parseKey(line.substring(2)); if (!multilineVars.is_in_header && tune.hasBeginMusic()) { if (result.foundClef) tune.appendStartingElement('clef', -1, -1, multilineVars.clef); if (result.foundKey) tune.appendStartingElement('key', -1, -1, this.fixKey(multilineVars.clef, multilineVars.key)); } multilineVars.is_in_header = false; // The first key signifies the end of the header. break; case 'L': this.setDefaultLength(line, 2, line.length); break; case 'M': multilineVars.origMeter = multilineVars.meter = this.setMeter(line.substring(2)); break; case 'P': // TODO-PER: There is more to do with parts, but the writer doesn't care. if (multilineVars.is_in_header) tune.addMetaText("partOrder", tokenizer.translateString(tokenizer.stripComment(line.substring(2)))); else multilineVars.partForNextLine = tokenizer.translateString(tokenizer.stripComment(line.substring(2))); break; case 'Q': var tempo = this.setTempo(line, 2, line.length); if (tempo.type === 'delaySet') multilineVars.tempo = tempo.tempo; else if (tempo.type === 'immediate') tune.metaText.tempo = tempo.tempo; break; case 'T': this.setTitle(line.substring(2)); break; case 'U': this.addUserDefinition(line, 2, line.length); break; case 'V': this.parseVoice(line, 2, line.length); if (!multilineVars.is_in_header) return { newline: true }; break; case 'w': return { words: true }; break; case 'X': break; case 'E': case 'm': warn("Ignored header", line, 0); break; default: // It wasn't a recognized header value, so parse it as music. if (nextLine.length) nextLine = "\x12" + nextLine; //parseRegularMusicLine(line+nextLine); //nextLine = ""; return { regular: true, str: line+nextLine }; } } if (nextLine.length > 0) return { recurse: true, str: nextLine }; return {}; } } // If we got this far, we have a regular line of mulsic return { regular: true, str: line }; };

ret.accidentals = []; keys[key].each(function(k) { ret.accidentals.push(Object.clone(k)); });

ret = this.deepCopyKey(keys[key]);

this.parseKey = function(str) // (and clef) { var origStr = str; // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = { type: retClef.token, verticalPos: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret.accidentals = []; keys[key].each(function(k) { ret.accidentals.push(Object.clone(k)); }); } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = { type: retClef.token, verticalPos: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { multilineVars.key = ret; result.foundKey = true; } return result; };

var setMiddle = function(str) {

var setClefMiddle = function(str) {

this.parseKey = function(str) // (and clef) { str = tokenizer.stripComment(str); var origStr = str; if (str.length === 0) { // an empty K: field is the same as K:none str = 'none'; } // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. // TODO: The above description does not seem to be valid as key names rather than indexes are used -- GD var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; //TODO multilinevars.key is not set - is this normal? -- GD } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret = this.deepCopyKey({accidentals: keys[key]}); ret.root = retPitch.token; ret.acc = retAcc.token || ""; ret.mode = retMode.token || ""; } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; ret.root = "HP"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); ret.root = "Hp"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; ret.root = "none"; ret.acc = ""; ret.mode = ""; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { // Adjust the octave of the accidentals, if necessary ret.accidentals.each(function(acc) { if (retClef.token === 'bass') { //if (acc.note === 'A') acc.note = 'a'; //if (acc.note === 'B') acc.note = 'b'; if (acc.note === 'C') acc.note = 'c'; if (acc.note === 'D' && acc.acc !== 'flat') acc.note = 'd'; if (acc.note === 'E' && acc.acc !== 'flat') acc.note = 'e'; if (acc.note === 'F' && acc.acc !== 'flat') acc.note = 'f'; if (acc.note === 'G' && acc.acc !== 'flat') acc.note = 'g'; } else { if (acc.note === 'a') acc.note = 'A'; if (acc.note === 'b') acc.note = 'B'; if (acc.note === 'C') acc.note = 'c'; } }); multilineVars.key = ret; result.foundKey = true; } return result; };

setMiddle(str);

setClefMiddle(str);

this.parseKey = function(str) // (and clef) { str = tokenizer.stripComment(str); var origStr = str; if (str.length === 0) { // an empty K: field is the same as K:none str = 'none'; } // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. // TODO: The above description does not seem to be valid as key names rather than indexes are used -- GD var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; //TODO multilinevars.key is not set - is this normal? -- GD } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret = this.deepCopyKey({accidentals: keys[key]}); ret.root = retPitch.token; ret.acc = retAcc.token || ""; ret.mode = retMode.token || ""; } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; ret.root = "HP"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); ret.root = "Hp"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; ret.root = "none"; ret.acc = ""; ret.mode = ""; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { // Adjust the octave of the accidentals, if necessary ret.accidentals.each(function(acc) { if (retClef.token === 'bass') { //if (acc.note === 'A') acc.note = 'a'; //if (acc.note === 'B') acc.note = 'b'; if (acc.note === 'C') acc.note = 'c'; if (acc.note === 'D' && acc.acc !== 'flat') acc.note = 'd'; if (acc.note === 'E' && acc.acc !== 'flat') acc.note = 'e'; if (acc.note === 'F' && acc.acc !== 'flat') acc.note = 'f'; if (acc.note === 'G' && acc.acc !== 'flat') acc.note = 'g'; } else { if (acc.note === 'a') acc.note = 'A'; if (acc.note === 'b') acc.note = 'B'; if (acc.note === 'C') acc.note = 'c'; } }); multilineVars.key = ret; result.foundKey = true; } return result; };

var ret = {};

var ret = { root: 'none', acc: '', mode: '' };

this.parseKey = function(str) // (and clef) { str = tokenizer.stripComment(str); var origStr = str; if (str.length === 0) { // an empty K: field is the same as K:none str = 'none'; } // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. // TODO: The above description does not seem to be valid as key names rather than indexes are used -- GD var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; //TODO multilinevars.key is not set - is this normal? -- GD } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret = this.deepCopyKey({accidentals: keys[key]}); ret.root = retPitch.token; ret.acc = retAcc.token || ""; ret.mode = retMode.token || ""; } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; ret.root = "HP"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); ret.root = "Hp"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; ret.root = "none"; ret.acc = ""; ret.mode = ""; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { // Adjust the octave of the accidentals, if necessary ret.accidentals.each(function(acc) { if (retClef.token === 'bass') { //if (acc.note === 'A') acc.note = 'a'; //if (acc.note === 'B') acc.note = 'b'; if (acc.note === 'C') acc.note = 'c'; if (acc.note === 'D' && acc.acc !== 'flat') acc.note = 'd'; if (acc.note === 'E' && acc.acc !== 'flat') acc.note = 'e'; if (acc.note === 'F' && acc.acc !== 'flat') acc.note = 'f'; if (acc.note === 'G' && acc.acc !== 'flat') acc.note = 'g'; } else { if (acc.note === 'a') acc.note = 'A'; if (acc.note === 'b') acc.note = 'B'; if (acc.note === 'C') acc.note = 'c'; } }); multilineVars.key = ret; result.foundKey = true; } return result; };

ret.root = "HP"; ret.acc = ""; ret.mode = "";

ret.root = "HP";

this.parseKey = function(str) // (and clef) { str = tokenizer.stripComment(str); var origStr = str; if (str.length === 0) { // an empty K: field is the same as K:none str = 'none'; } // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. // TODO: The above description does not seem to be valid as key names rather than indexes are used -- GD var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; //TODO multilinevars.key is not set - is this normal? -- GD } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret = this.deepCopyKey({accidentals: keys[key]}); ret.root = retPitch.token; ret.acc = retAcc.token || ""; ret.mode = retMode.token || ""; } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; ret.root = "HP"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); ret.root = "Hp"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; ret.root = "none"; ret.acc = ""; ret.mode = ""; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { // Adjust the octave of the accidentals, if necessary ret.accidentals.each(function(acc) { if (retClef.token === 'bass') { //if (acc.note === 'A') acc.note = 'a'; //if (acc.note === 'B') acc.note = 'b'; if (acc.note === 'C') acc.note = 'c'; if (acc.note === 'D' && acc.acc !== 'flat') acc.note = 'd'; if (acc.note === 'E' && acc.acc !== 'flat') acc.note = 'e'; if (acc.note === 'F' && acc.acc !== 'flat') acc.note = 'f'; if (acc.note === 'G' && acc.acc !== 'flat') acc.note = 'g'; } else { if (acc.note === 'a') acc.note = 'A'; if (acc.note === 'b') acc.note = 'B'; if (acc.note === 'C') acc.note = 'c'; } }); multilineVars.key = ret; result.foundKey = true; } return result; };

ret.root = "Hp"; ret.acc = ""; ret.mode = "";

ret.root = "Hp";

this.parseKey = function(str) // (and clef) { str = tokenizer.stripComment(str); var origStr = str; if (str.length === 0) { // an empty K: field is the same as K:none str = 'none'; } // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. // TODO: The above description does not seem to be valid as key names rather than indexes are used -- GD var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; //TODO multilinevars.key is not set - is this normal? -- GD } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret = this.deepCopyKey({accidentals: keys[key]}); ret.root = retPitch.token; ret.acc = retAcc.token || ""; ret.mode = retMode.token || ""; } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; ret.root = "HP"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); ret.root = "Hp"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; ret.root = "none"; ret.acc = ""; ret.mode = ""; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { // Adjust the octave of the accidentals, if necessary ret.accidentals.each(function(acc) { if (retClef.token === 'bass') { //if (acc.note === 'A') acc.note = 'a'; //if (acc.note === 'B') acc.note = 'b'; if (acc.note === 'C') acc.note = 'c'; if (acc.note === 'D' && acc.acc !== 'flat') acc.note = 'd'; if (acc.note === 'E' && acc.acc !== 'flat') acc.note = 'e'; if (acc.note === 'F' && acc.acc !== 'flat') acc.note = 'f'; if (acc.note === 'G' && acc.acc !== 'flat') acc.note = 'g'; } else { if (acc.note === 'a') acc.note = 'A'; if (acc.note === 'b') acc.note = 'B'; if (acc.note === 'C') acc.note = 'c'; } }); multilineVars.key = ret; result.foundKey = true; } return result; };

ret.root = "none"; ret.acc = ""; ret.mode = "";

this.parseKey = function(str) // (and clef) { str = tokenizer.stripComment(str); var origStr = str; if (str.length === 0) { // an empty K: field is the same as K:none str = 'none'; } // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. // TODO: The above description does not seem to be valid as key names rather than indexes are used -- GD var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; //TODO multilinevars.key is not set - is this normal? -- GD } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret = this.deepCopyKey({accidentals: keys[key]}); ret.root = retPitch.token; ret.acc = retAcc.token || ""; ret.mode = retMode.token || ""; } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; ret.root = "HP"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); ret.root = "Hp"; ret.acc = ""; ret.mode = ""; multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; ret.root = "none"; ret.acc = ""; ret.mode = ""; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { // Adjust the octave of the accidentals, if necessary ret.accidentals.each(function(acc) { if (retClef.token === 'bass') { //if (acc.note === 'A') acc.note = 'a'; //if (acc.note === 'B') acc.note = 'b'; if (acc.note === 'C') acc.note = 'c'; if (acc.note === 'D' && acc.acc !== 'flat') acc.note = 'd'; if (acc.note === 'E' && acc.acc !== 'flat') acc.note = 'e'; if (acc.note === 'F' && acc.acc !== 'flat') acc.note = 'f'; if (acc.note === 'G' && acc.acc !== 'flat') acc.note = 'g'; } else { if (acc.note === 'a') acc.note = 'A'; if (acc.note === 'b') acc.note = 'B'; if (acc.note === 'C') acc.note = 'c'; } }); multilineVars.key = ret; result.foundKey = true; } return result; };

var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.middle = parseMiddle(str);

this.parseKey = function(str) // (and clef) { var origStr = str; // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.middle = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret.extraAccidentals = []; keys[key].each(function(k) { ret.extraAccidentals.push(Object.clone(k)); }); } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.extraAccidentals = []; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.extraAccidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.extraAccidentals = []; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.extraAccidentals) ret.extraAccidentals = []; ret.extraAccidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); } } if (ret.regularKey === undefined && ret.extraAccidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); //ret.regularKey = keys.C; return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.regularKey !== undefined || ret.extraAccidentals !== undefined) { multilineVars.key = ret; result.foundKey = true; } return result; };

}; var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) {

} } retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else {

this.parseKey = function(str) // (and clef) { var origStr = str; // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.middle = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret.extraAccidentals = []; keys[key].each(function(k) { ret.extraAccidentals.push(Object.clone(k)); }); } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.extraAccidentals = []; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.extraAccidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.extraAccidentals = []; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.extraAccidentals) ret.extraAccidentals = []; ret.extraAccidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); } } if (ret.regularKey === undefined && ret.extraAccidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); //ret.regularKey = keys.C; return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.regularKey !== undefined || ret.extraAccidentals !== undefined) { multilineVars.key = ret; result.foundKey = true; } return result; };

return {foundClef: true};

this.parseKey = function(str) // (and clef) { var origStr = str; // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.middle = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret.extraAccidentals = []; keys[key].each(function(k) { ret.extraAccidentals.push(Object.clone(k)); }); } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.extraAccidentals = []; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.extraAccidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.extraAccidentals = []; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.extraAccidentals) ret.extraAccidentals = []; ret.extraAccidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); } } if (ret.regularKey === undefined && ret.extraAccidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); //ret.regularKey = keys.C; return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.regularKey !== undefined || ret.extraAccidentals !== undefined) { multilineVars.key = ret; result.foundKey = true; } return result; };

if (ret.regularKey === undefined && ret.extraAccidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.regularKey !== undefined || ret.extraAccidentals !== undefined) { multilineVars.key = ret; result.foundKey = true; } return result; };

this.parseKey = function(str) // (and clef) { var origStr = str; // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.middle = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret.extraAccidentals = []; keys[key].each(function(k) { ret.extraAccidentals.push(Object.clone(k)); }); } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.extraAccidentals = []; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.extraAccidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.extraAccidentals = []; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.extraAccidentals) ret.extraAccidentals = []; ret.extraAccidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = { type: retClef.token, middle: calcMiddle(retClef.token, 0) }; str = str.substring(retClef.len); setMiddle(str); } } if (ret.regularKey === undefined && ret.extraAccidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); //ret.regularKey = keys.C; return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.regularKey !== undefined || ret.extraAccidentals !== undefined) { multilineVars.key = ret; result.foundKey = true; } return result; };

if (str.length === 0) { str = 'none'; }

this.parseKey = function(str) // (and clef) { var origStr = str; // The format is: // [space][tonic[#|b][ ][3-letter-mode][ignored-chars][space]][ accidentals...][ clef=treble|bass|bass3|tenor|alto|alto2|alto1|none [+8|-8]] // -- or -- the key can be "none" // First get the key letter: turn that into a index into the key array (0-11) // Then see if there is a sharp or flat. Increment or decrement. // Then see if there is a mode modifier. Add or subtract to the index. // Then do a mod 12 on the index and return the key. // TODO: This may leave unparsed characters at the end after something reasonable was found. var setMiddle = function(str) { var i = tokenizer.skipWhiteSpace(str); str = str.substring(i); if (str.startsWith('m=') || str.startsWith('middle=')) { str = str.substring(str.indexOf('=')+1); multilineVars.clef.verticalPos = parseMiddle(str); } }; // check first to see if there is only a clef. If so, just take that, but ignore an error after that. var retClef = tokenizer.getClef(str); if (retClef.token !== undefined && (retClef.explicit === true || retClef.token !== 'none')) { // none is the only ambiguous marking. We need to assume that's a key multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); return {foundClef: true}; } var ret = {}; var retPitch = tokenizer.getKeyPitch(str); if (retPitch.len > 0) { var key = retPitch.token; str = str.substring(retPitch.len); // We got a pitch to start with, so we might also have an accidental and a mode var retAcc = tokenizer.getSharpFlat(str); if (retAcc.len > 0) { key += retAcc.token; str = str.substring(retAcc.len); } var retMode = tokenizer.getMode(str); if (retMode.len > 0) { key += retMode.token; str = str.substring(retMode.len); } // We need to do a deep copy because we are going to modify it ret = this.deepCopyKey(keys[key]); } else if (str.startsWith('HP')) { this.addDirective("bagpipes"); ret.accidentals = []; multilineVars.key = ret; return {foundKey: true}; } else if (str.startsWith('Hp')) { ret.accidentals = [ {acc: 'natural', note: 'g'}, {acc: 'sharp', note: 'f'}, {acc: 'sharp', note: 'c'} ]; this.addDirective("bagpipes"); multilineVars.key = ret; return {foundKey: true}; } else { var retNone = tokenizer.isMatch(str, 'none'); if (retNone > 0) { // we got the none key - that's the same as C to us ret.accidentals = []; str = str.substring(retNone); } } // There are two special cases of deprecated syntax. Ignore them if they occur var j = tokenizer.skipWhiteSpace(str); str = str.substring(j); if (str.startsWith('exp') || str.startsWith('oct')) str = str.substring(3); // now see if there are extra accidentals var done = false; while (!done) { var retExtra = tokenizer.getKeyAccidental(str); if (retExtra.len === 0) done = true; else { str = str.substring(retExtra.len); if (retExtra.warn) warn("error parsing extra accidentals:", origStr, 0); else { if (!ret.accidentals) ret.accidentals = []; ret.accidentals.push(retExtra.token); } } } // now see if there is a clef retClef = tokenizer.getClef(str); if (retClef.len > 0) { if (retClef.warn) warn("error parsing clef:" + retClef.warn, origStr, 0); else { //ret.clef = retClef.token; multilineVars.clef = {type: retClef.token, verticalPos: calcMiddle(retClef.token, 0)}; str = str.substring(retClef.len); setMiddle(str); } } if (ret.accidentals === undefined && retClef.token === undefined) { warn("error parsing key: ", origStr, 0); return {}; } var result = {}; if (retClef.token !== undefined) result.foundClef = true; if (ret.accidentals !== undefined) { multilineVars.key = ret; result.foundKey = true; } return result; };

multilineVars.clef = retClef.token;

multilineVars.clef = { type: retClef.token }; str = str.substring(retClef.len); setMiddle(str);

tune.appendStartingElement('clef', -1, -1, {type: multilineVars.clef});

tune.appendStartingElement('clef', -1, -1, multilineVars.clef);

var len = line.substring(2).gsub(" ", ""); var len_arr = len.split('/'); if (len_arr.length === 2) { var n = parseInt(len_arr[0]); var d = parseInt(len_arr[1]); if (d > 0) { var q = n / d; multilineVars.default_length = q*8; multilineVars.havent_set_length = false; } }

setDefaultLength(line, 2, line.length);

parseRegularMusicLine(line);

if (nextLine.length) nextLine = "\x12" + nextLine; parseRegularMusicLine(line+nextLine); nextLine = "";

if (nextLine.length > 0) parseLine(nextLine);

setTempo(line, 2, line.length);

var tempo = setTempo(line, 2, line.length); if (tempo.type === 'delaySet') multilineVars.tempo = tempo.tempo; else if (tempo.type === 'immediate') tune.metaText.tempo = tempo.tempo;

case 'm': warn("Unknown header", line, 0);

case 'U': addUserDefinition(line, 2, line.length); break;

var mid = pitches[str[0]]; for (i = 1; i < str.length; i++) { if (str[i] === ',') mid -= 7; else if (str[i] === ',') mid += 7; } return mid; };

var mid = pitches[str[0]]; for (var i = 1; i < str.length; i++) { if (str[i] === ',') mid -= 7; else if (str[i] === ',') mid += 7; } return mid; };

var parseMiddle = function(str) { var mid = pitches[str[0]]; for (i = 1; i < str.length; i++) { if (str[i] === ',') mid -= 7; else if (str[i] === ',') mid += 7; } return mid; };

var tok = tokens.shift(); if (tok.token === '(') tok = tokens.shift(); while (1) { if (tok.type !== 'number') throw "Expected top number of meter"; ret.value += parseInt(tok.token); ret.num += tok.token;

var tok = tokens.shift(); if (tok.token === '(') tok = tokens.shift(); while (1) { if (tok.type !== 'number') throw "Expected top number of meter"; ret.value += parseInt(tok.token); ret.num += tok.token; if (tokens.length === 0 || tokens[0].token === '/') return ret; tok = tokens.shift(); if (tok.token === ')') {

tok = tokens.shift(); if (tok.token === ')') { if (tokens.length === 0 || tokens[0].token === '/') return ret; throw "Unexpected paren in meter"; } if (tok.token !== '.' && tok.token !== '+') throw "Expected top number of meter"; ret.num += tok.token; if (tokens.length === 0) throw "Expected top number of meter"; tok = tokens.shift();

throw "Unexpected paren in meter";

return ret; };

if (tok.token !== '.' && tok.token !== '+') throw "Expected top number of meter"; ret.num += tok.token; if (tokens.length === 0) throw "Expected top number of meter"; tok = tokens.shift(); } return ret; };

multilineVars.havent_set_length = false;

bar.number = ret[2];

bar.ending = ret[2];

if (multilineVars.barNumOnNextNote) { el.barNumber = multilineVars.barNumOnNextNote; multilineVars.barNumOnNextNote = null; }

i += ret[0];

i = ret[0];

if (el.gracenote !== undefined) warn("Can't have a grace note before a barline", line, i);

if (el.gracenotes !== undefined) { el.pitch = null; el.rest_type = 'spacer'; tune.appendElement('note', -1, -1, el); el = {}; }

staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', '');

if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct);

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

staffInfo.middle = calcMiddle(staffInfo.clef, oct);

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct);

if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') !== -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', '');

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); } break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': var oct2 = 0;

staffInfo.middle = calcMiddle(staffInfo.clef, oct); } break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': var oct2 = 0;

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); } break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; }

staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break;

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); } break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

start += tokenizer.eatWhiteSpace(line, start);

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); } break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0;

if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; }

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); } break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

if (multilineVars.voices[id].staffNum === undefined) { multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle;

multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle;

this.parseVoice = function(line, i, e) { //First truncate the string to the first non-space character after V: through either the //end of the line or a % character. Then remove trailing spaces, too. var ret = tokenizer.getMeat(line, i, e); var start = ret.start; var end = ret.end; //The first thing on the line is the ID. It can be any non-space string and terminates at the //first space. var id = tokenizer.getToken(line, start, end); if (id.length === 0) { warn("Expected a voice id", line, start); return; } var isNew = false; if (multilineVars.voices[id] === undefined) { multilineVars.voices[id] = {}; isNew = true; if (multilineVars.score_is_present) warn("Can't have an unknown V: id when the %score directive is present", line, i); } start += id.length; start += tokenizer.eatWhiteSpace(line, start); var staffInfo = {startStaff: isNew}; var addNextTokenToStaffInfo = function(name) { var attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for " + name + " in voice: " + attr.warn, line, start); else if (attr.token.length === 0 && line[start] !== '"') warn("Expected value for " + name + " in voice", line, start); else staffInfo[name] = attr.token; start += attr.len; }; //Then the following items can occur in any order: while (start < end) { var token = tokenizer.getVoiceToken(line, start, end); start += token.len; if (token.warn) { warn("Error parsing voice: " + token.warn, line, start); } else { var attr = null; switch (token.token) { case 'clef': case 'cl': addNextTokenToStaffInfo('clef'); // TODO-PER: check for a legal clef; do octavizing var oct = 0;// for (var ii = 0; ii < staffInfo.clef.length; ii++) {// if (staffInfo.clef[ii] === ',') oct -= 7;// else if (staffInfo.clef[ii] === "'") oct += 7;// } if (staffInfo.clef !== undefined) { staffInfo.clef = staffInfo.clef.replace(/[',]/g, ""); if (staffInfo.clef.indexOf('+16') != -1) { oct += 14; staffInfo.clef = staffInfo.clef.replace('+16', ''); } staffInfo.middle = calcMiddle(staffInfo.clef, oct); } break; case 'treble': case 'bass': case 'tenor': case 'alto': case 'none': case 'treble\'': case 'bass\'': case 'tenor\'': case 'alto\'': case 'none\'': case 'treble\'\'': case 'bass\'\'': case 'tenor\'\'': case 'alto\'\'': case 'none\'\'': case 'treble,': case 'bass,': case 'tenor,': case 'alto,': case 'none,': case 'treble,,': case 'bass,,': case 'tenor,,': case 'alto,,': case 'none,,': // TODO-PER: handle the octave indicators on the clef by changing the middle property var oct2 = 0;// for (var iii = 0; iii < token.token.length; iii++) {// if (token.token[iii] === ',') oct2 -= 7;// else if (token.token[iii] === "'") oct2 += 7;// } staffInfo.clef = token.token.replace(/[',]/g, ""); staffInfo.middle = calcMiddle(staffInfo.clef, oct2); break; case 'staves': case 'stave': case 'stv': addNextTokenToStaffInfo('staves'); break; case 'brace': case 'brc': addNextTokenToStaffInfo('brace'); break; case 'bracket': case 'brk': addNextTokenToStaffInfo('bracket'); break; case 'name': case 'nm': addNextTokenToStaffInfo('name'); break; case 'subname': case 'sname': case 'snm': addNextTokenToStaffInfo('subname'); break; case 'merge': staffInfo.startStaff = false; break; case 'stems': attr = tokenizer.getVoiceToken(line, start, end); if (attr.warn !== undefined) warn("Expected value for stems in voice: " + attr.warn, line, start); else if (attr.token === 'up' || attr.token === 'down') multilineVars.voices[id].stem = attr.token; else warn("Expected up or down for voice stem", line, start); start += attr.len; break; case 'up': case 'down': multilineVars.voices[id].stem = token.token; break; case 'middle': case 'm': addNextTokenToStaffInfo('middle'); staffInfo.middle = parseMiddle(staffInfo.middle); break; case 'gchords': case 'gch': multilineVars.voices[id].suppressChords = true; break; case 'space': case 'spc': addNextTokenToStaffInfo('spacing'); break; } } start += tokenizer.eatWhiteSpace(line, start); } // now we've filled up staffInfo, figure out what to do with this voice // TODO-PER: It is unclear from the standard and the examples what to do with brace, bracket, and staves, so they are ignored for now. if (staffInfo.startStaff || multilineVars.staves.length === 0) { multilineVars.staves.push({ index: multilineVars.staves.length, meter: multilineVars.origMeter }); if (!multilineVars.score_is_present) multilineVars.staves[multilineVars.staves.length-1].numVoices = 0; } if (multilineVars.voices[id].staffNum === undefined) { // store where to write this for quick access later. multilineVars.voices[id].staffNum = multilineVars.staves.length-1; var vi = 0; for(var v in multilineVars.voices) { if(multilineVars.voices.hasOwnProperty(v)) { if (multilineVars.voices[v].staffNum === multilineVars.voices[id].staffNum) vi++; } } multilineVars.voices[id].index = vi-1; } var s = multilineVars.staves[multilineVars.voices[id].staffNum]; if (!multilineVars.score_is_present) s.numVoices++; if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle }; if (staffInfo.spacing) s.spacing_below_offset = staffInfo.spacing; if (staffInfo.middle) s.middle = staffInfo.middle; if (staffInfo.name) {if (s.name) s.name.push(staffInfo.name); else s.name = [ staffInfo.name ];} if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];} this.setCurrentVoice(id); };

else if (attr.token.length === 0)

else if (attr.token.length === 0 && line[start] !== '"')

if (staffInfo.clef) s.clef = staffInfo.clef;

if (staffInfo.clef) s.clef = { type: staffInfo.clef, middle: staffInfo.middle };

if (multilineVars.staves.length > 1) { multilineVars.staves[0].bracket = 'start'; for (var b = 1; b < multilineVars.staves.length-1; b++) multilineVars.staves[b].bracket = "continue"; multilineVars.staves[multilineVars.staves.length-1].bracket = 'end'; }

var s = multilineVars.staves[multilineVars.staves.length-1];

var s = multilineVars.staves[multilineVars.voices[id].staffNum];

if (staffInfo.subname) {if (s.subname) s.name.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];}

if (staffInfo.subname) {if (s.subname) s.subname.push(staffInfo.subname); else s.subname = [ staffInfo.subname ];}

if (isLeaf) htmlText += xmlDocNode.textContent; else

if (isLeaf) { var textContent = xmlDocNode.textContent ? xmlDocNode.textContent : xmlDocNode.text; htmlText += textContent; } else {

}

if(!root) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("a:eq(0)"),"inside", true); else var a = this.moved(tree_component.cut_copy.copy_nodes,this.container.children("ul:eq(0)"),"inside", true);

if(!root) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("a:eq(0)"),"inside", false, true); else var a = this.moved(tree_component.cut_copy.copy_nodes,this.container.children("ul:eq(0)"),"inside", false, true);

paste : function (obj, position) { if(this.locked) return this.error("LOCKED"); var root = false; if(obj == -1) { root = true; obj = this.container; } else obj = obj ? this.get_node(obj) : this.selected; if(!root && (!obj || !obj.size())) return this.error("PASTE: NO NODE SELECTED"); if(!tree_component.cut_copy.copy_nodes && !tree_component.cut_copy.cut_nodes) return this.error("PASTE: NOTHING TO DO"); var _this = this; var pos = position; if(position == "before") { position = obj.parent().children().index(obj); obj = obj.parents("li:eq(0)"); } else if(position == "after") { position = obj.parent().children().index(obj) + 1; obj = obj.parents("li:eq(0)"); } else if((typeof position).toLowerCase() == "undefined" || position == "inside") { position = (this.settings.rules.createat == "top") ? 0 : obj.children("ul:eq(0)").children("li").size(); } if(!root && obj.size() == 0) { root = true; obj = this.container; } if(tree_component.cut_copy.copy_nodes && tree_component.cut_copy.copy_nodes.size()) { var ok = true; if(!root && !this.check_move(tree_component.cut_copy.copy_nodes, obj.children("a:eq(0)"), "inside")) return false; if(obj.children("ul").size() == 0 || (root == true && obj.children("ul").children("li").size() == 0) ) { if(!root) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("a:eq(0)"),"inside", true); else var a = this.moved(tree_component.cut_copy.copy_nodes,this.container.children("ul:eq(0)"),"inside", true); } else if(pos == "before" && obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", true); else if(pos == "after" && obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after", true); else if(obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", true); else var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:last").children("a:eq(0)"),"after", true); tree_component.cut_copy.copy_nodes = false; } if(tree_component.cut_copy.cut_nodes && tree_component.cut_copy.cut_nodes.size()) { var ok = true; obj.parents().andSelf().each(function () { if(tree_component.cut_copy.cut_nodes.index(this) != -1) { ok = false; return false; } }); if(!ok) return this.error("Invalid paste"); if(!root && !this.check_move(tree_component.cut_copy.cut_nodes, obj.children("a:eq(0)"), "inside")) return false; if(obj.children("ul").size() == 0 || (root == true && obj.children("ul").children("li").size() == 0) ) { if(!root) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("a:eq(0)"),"inside"); else var a = this.moved(tree_component.cut_copy.cut_nodes,this.container.children("ul:eq(0)"),"inside"); } else if(pos == "before" && obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before"); else if(pos == "after" && obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after"); else if(obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before"); else var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:last").children("a:eq(0)"),"after"); tree_component.cut_copy.cut_nodes = false; } },

var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", true);

var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", false, true);

paste : function (obj, position) { if(this.locked) return this.error("LOCKED"); var root = false; if(obj == -1) { root = true; obj = this.container; } else obj = obj ? this.get_node(obj) : this.selected; if(!root && (!obj || !obj.size())) return this.error("PASTE: NO NODE SELECTED"); if(!tree_component.cut_copy.copy_nodes && !tree_component.cut_copy.cut_nodes) return this.error("PASTE: NOTHING TO DO"); var _this = this; var pos = position; if(position == "before") { position = obj.parent().children().index(obj); obj = obj.parents("li:eq(0)"); } else if(position == "after") { position = obj.parent().children().index(obj) + 1; obj = obj.parents("li:eq(0)"); } else if((typeof position).toLowerCase() == "undefined" || position == "inside") { position = (this.settings.rules.createat == "top") ? 0 : obj.children("ul:eq(0)").children("li").size(); } if(!root && obj.size() == 0) { root = true; obj = this.container; } if(tree_component.cut_copy.copy_nodes && tree_component.cut_copy.copy_nodes.size()) { var ok = true; if(!root && !this.check_move(tree_component.cut_copy.copy_nodes, obj.children("a:eq(0)"), "inside")) return false; if(obj.children("ul").size() == 0 || (root == true && obj.children("ul").children("li").size() == 0) ) { if(!root) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("a:eq(0)"),"inside", true); else var a = this.moved(tree_component.cut_copy.copy_nodes,this.container.children("ul:eq(0)"),"inside", true); } else if(pos == "before" && obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", true); else if(pos == "after" && obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after", true); else if(obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", true); else var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:last").children("a:eq(0)"),"after", true); tree_component.cut_copy.copy_nodes = false; } if(tree_component.cut_copy.cut_nodes && tree_component.cut_copy.cut_nodes.size()) { var ok = true; obj.parents().andSelf().each(function () { if(tree_component.cut_copy.cut_nodes.index(this) != -1) { ok = false; return false; } }); if(!ok) return this.error("Invalid paste"); if(!root && !this.check_move(tree_component.cut_copy.cut_nodes, obj.children("a:eq(0)"), "inside")) return false; if(obj.children("ul").size() == 0 || (root == true && obj.children("ul").children("li").size() == 0) ) { if(!root) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("a:eq(0)"),"inside"); else var a = this.moved(tree_component.cut_copy.cut_nodes,this.container.children("ul:eq(0)"),"inside"); } else if(pos == "before" && obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before"); else if(pos == "after" && obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after"); else if(obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before"); else var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:last").children("a:eq(0)"),"after"); tree_component.cut_copy.cut_nodes = false; } },

var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after", true);

var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after", false, true);

paste : function (obj, position) { if(this.locked) return this.error("LOCKED"); var root = false; if(obj == -1) { root = true; obj = this.container; } else obj = obj ? this.get_node(obj) : this.selected; if(!root && (!obj || !obj.size())) return this.error("PASTE: NO NODE SELECTED"); if(!tree_component.cut_copy.copy_nodes && !tree_component.cut_copy.cut_nodes) return this.error("PASTE: NOTHING TO DO"); var _this = this; var pos = position; if(position == "before") { position = obj.parent().children().index(obj); obj = obj.parents("li:eq(0)"); } else if(position == "after") { position = obj.parent().children().index(obj) + 1; obj = obj.parents("li:eq(0)"); } else if((typeof position).toLowerCase() == "undefined" || position == "inside") { position = (this.settings.rules.createat == "top") ? 0 : obj.children("ul:eq(0)").children("li").size(); } if(!root && obj.size() == 0) { root = true; obj = this.container; } if(tree_component.cut_copy.copy_nodes && tree_component.cut_copy.copy_nodes.size()) { var ok = true; if(!root && !this.check_move(tree_component.cut_copy.copy_nodes, obj.children("a:eq(0)"), "inside")) return false; if(obj.children("ul").size() == 0 || (root == true && obj.children("ul").children("li").size() == 0) ) { if(!root) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("a:eq(0)"),"inside", true); else var a = this.moved(tree_component.cut_copy.copy_nodes,this.container.children("ul:eq(0)"),"inside", true); } else if(pos == "before" && obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", true); else if(pos == "after" && obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after", true); else if(obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before", true); else var a = this.moved(tree_component.cut_copy.copy_nodes,obj.children("ul:eq(0)").children("li:last").children("a:eq(0)"),"after", true); tree_component.cut_copy.copy_nodes = false; } if(tree_component.cut_copy.cut_nodes && tree_component.cut_copy.cut_nodes.size()) { var ok = true; obj.parents().andSelf().each(function () { if(tree_component.cut_copy.cut_nodes.index(this) != -1) { ok = false; return false; } }); if(!ok) return this.error("Invalid paste"); if(!root && !this.check_move(tree_component.cut_copy.cut_nodes, obj.children("a:eq(0)"), "inside")) return false; if(obj.children("ul").size() == 0 || (root == true && obj.children("ul").children("li").size() == 0) ) { if(!root) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("a:eq(0)"),"inside"); else var a = this.moved(tree_component.cut_copy.cut_nodes,this.container.children("ul:eq(0)"),"inside"); } else if(pos == "before" && obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before"); else if(pos == "after" && obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position) + ")").children("a:eq(0)"),"after"); else if(obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").size()) var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:nth-child(" + (position + 1) + ")").children("a:eq(0)"),"before"); else var a = this.moved(tree_component.cut_copy.cut_nodes,obj.children("ul:eq(0)").children("li:last").children("a:eq(0)"),"after"); tree_component.cut_copy.cut_nodes = false; } },