var continueSpin=false; var currentTarget = new Object(); currentTarget.field=null; currentTarget.spinner=null; /** @param targetField - The target field object. @param btnUp - The associated 'Up' button. @param btnDn - The associated 'Down' button. @param minValue - The minimum value. @param maxValue - The maximum value. @param oneToOne - Specifies if targetField is tied-up to only one set of Up/Down buttons or not. (boolean) @param btnContainerId - The id container (span) where the Up/Down buttons are located. @param interval - The interval between succeeding numbers. Optional. (default is 1) @param hasLeadingZero - Specifies if single digits must have leading zero or not. Optional. (default is false) **/ function NumberSpinner(targetField,btnUp,btnDn,minValue,maxValue,oneToOne,btnContainerId,interval,hasLeadingZero){ var me = this; this.targetField = targetField; this.minValue = minValue; this.maxValue = maxValue; this.oneToOne = oneToOne; this.btnId = btnContainerId; this.interval = (typeof interval!='undefined' && interval!=null && interval>0) ? interval:1; //default is 1 this.hasLeadingZero = (typeof hasLeadingZero!='undefined' && hasLeadingZero!=null) ? hasLeadingZero:false; //default is false //attach event handlers automatically targetField.onfocus = function(){setTarget(targetField,me)}; targetField.onblur = function(){if (isNaN(parseInt(this.value,10))) this.value=me.minValue;} if (!btnUp.onmousedown) btnUp.onmousedown = function(){ if (me.oneToOne) setTarget(me.targetField,me); startSpin(1,me.btnId); } if (!btnUp.onmouseup) btnUp.onmouseup = stopSpin; if (!btnDn.onmousedown) btnDn.onmousedown = function(){ if (me.oneToOne) setTarget(me.targetField,me); startSpin(0,me.btnId); } if (!btnDn.onmouseup) btnDn.onmouseup = stopSpin; } function setTime(mode,btnId){//mode:1=up, 0=down //stop spinning if (!continueSpin || !currentTarget.field || (currentTarget.spinner && currentTarget.spinner.btnId!=btnId)) return; //get current value var spinValue=parseInt(currentTarget.field.value,10); //set default value if not numeric if (isNaN(spinValue)) spinValue=currentTarget.spinner.minValue-currentTarget.spinner.interval; //get next value spinValue = (mode==0) ? spinValue-currentTarget.spinner.interval:spinValue+currentTarget.spinner.interval; //out of range? if (spinValue>currentTarget.spinner.maxValue) spinValue=currentTarget.spinner.maxValue; else if (spinValue=minValue)inputName.value=minusVel; } }