MemEOL: Difference between revisions

From Desal Wiki
imported>WikiAdmin
No edit summary
imported>WikiAdmin
No edit summary
Line 255: Line 255:
return result;
return result;
}
}
    function initialise(){
        var preferences = getPreferences(); //get preferences
        var scores = computePreferenceScores(preferences); //calculate matrix and produce scores for each criterion
        console.log(scores);
        var scoreObject = scoresArrayToObject(scores); //convert from array to object
        //now that we can access the scores by name we can make the additonal calculations for reuse as RO and conversion to UF
        for (var property in scoreObject) {
            if (scoreObject.hasOwnProperty(property)) {
                console.log(scoreObject[property]);
            }
        }
        //adjust UF score
        if(scoreObject.hasOwnProperty(CONST_CONV_TO_UF)){
            scoreObject[CONST_CONV_TO_UF] = conversionToUFCalc(scoreObject[CONST_CONV_TO_UF], getPhysicalDamage());
        }
        for (var property in scoreObject) {
            if (scoreObject.hasOwnProperty(property)) {
                console.log(scoreObject[property]);
            }
        }
        //adjust RO score & determine RO reuse quality
        var roReuseResult=0;
        if(scoreObject.hasOwnProperty(CONST_REUSE_RO)){
            console.log('physical damage: ' + String(getPhysicalDamage()));
            console.log('permeability: ' + String(getPermeability()));
            console.log('salt rejection: ' + String(getNaClRejection()));
            roReuseResult = calculateROReuseQuality(getPhysicalDamage(), getPermeability(), getNaClRejection());
            console.log('roReuseResult: ' + String(roReuseResult));
            if(roReuseResult===-1){
                scoreObject[CONST_REUSE_RO]=0;
            }
        }
        //determine highest score & second highest scores
        var max=-1;
        var maxName="";
        var second=-1;
        var secondName="";
        for (var property in scoreObject) {
            if (scoreObject.hasOwnProperty(property)) {
                if(scoreObject[property]>max){
                    max = scoreObject[property];
                    maxName=property;
                } else if (scoreObject[property]===max) {
                    second = scoreObject[property];
                    secondName=property;
                    //ignore case that max===second===third
                } else if (scoreObject[property]>=second) {
                    second = scoreObject[property];
                    secondName=property;
                }
            }
            console.log(property + ': ' + String(scoreObject[property]));
            console.log(maxName + ': ' + String(max));
            console.log(secondName + ': ' + String(second));
        }
        console.log('final ' + maxName + ': ' + String(max));
        console.log('final ' + secondName + ': ' + String(second));
        displayResults(maxName, secondName);
        $('.nav-pills > .active').next('li').find('a').trigger('click');
    }


$( document ).ready(function() {
$( document ).ready(function() {
Line 262: Line 324:
             // Prevent form submission
             // Prevent form submission
                 e.preventDefault();
                 e.preventDefault();
                initialise();
                 //$('.nav-pills > .active').next('li').find('a').trigger('click');
                 //$('.nav-pills > .active').next('li').find('a').trigger('click');
             });
             });
Line 271: Line 334:
       .click(function( event ) {
       .click(function( event ) {
       event.preventDefault(); //lock the button for now.
       event.preventDefault(); //lock the button for now.
 
                 initialise();
                 var preferences = getPreferences(); //get preferences
                var scores = computePreferenceScores(preferences); //calculate matrix and produce scores for each criterion
                console.log(scores);
                var scoreObject = scoresArrayToObject(scores); //convert from array to object
                //now that we can access the scores by name we can make the additonal calculations for reuse as RO and conversion to UF
                for (var property in scoreObject) {
                    if (scoreObject.hasOwnProperty(property)) {
                        console.log(scoreObject[property]);
                    }
                }
                //adjust UF score
                if(scoreObject.hasOwnProperty(CONST_CONV_TO_UF)){
                    scoreObject[CONST_CONV_TO_UF] = conversionToUFCalc(scoreObject[CONST_CONV_TO_UF], getPhysicalDamage());
                }
                for (var property in scoreObject) {
                    if (scoreObject.hasOwnProperty(property)) {
                        console.log(scoreObject[property]);
                    }
                }
                //adjust RO score & determine RO reuse quality
                var roReuseResult=0;
                if(scoreObject.hasOwnProperty(CONST_REUSE_RO)){
                    console.log('physical damage: ' + String(getPhysicalDamage()));
                    console.log('permeability: ' + String(getPermeability()));
                    console.log('salt rejection: ' + String(getNaClRejection()));
                    roReuseResult = calculateROReuseQuality(getPhysicalDamage(), getPermeability(), getNaClRejection());
                    console.log('roReuseResult: ' + String(roReuseResult));
                    if(roReuseResult===-1){
                        scoreObject[CONST_REUSE_RO]=0;
                    }
                }
                //determine highest score & second highest scores
                var max=-1;
                var maxName="";
                var second=-1;
                var secondName="";
                for (var property in scoreObject) {
                    if (scoreObject.hasOwnProperty(property)) {
                        if(scoreObject[property]>max){
                            max = scoreObject[property];
                            maxName=property;
                        } else if (scoreObject[property]===max) {
                            second = scoreObject[property];
                            secondName=property;
                            //ignore case that max===second===third
                        } else if (scoreObject[property]>=second) {
                            second = scoreObject[property];
                            secondName=property;
                        }
                    }
                    console.log(property + ': ' + String(scoreObject[property]));
                    console.log(maxName + ': ' + String(max));
                    console.log(secondName + ': ' + String(second));
                }
                console.log('final ' + maxName + ': ' + String(max));
                console.log('final ' + secondName + ': ' + String(second));
 
                displayResults(maxName, secondName);
                $('.nav-pills > .active').next('li').find('a').trigger('click');
       });
       });


Revision as of 01:14, 6 January 2015

Introduction text

Do you suspect there is any physical damage to the membranes that would prevent them from being reused?

What is the tested permeability of your membranes (LMH/bar)?

What is the tested NaCl rejection of your membranes? (% NaCl rejection)

Please order the following criteria in the order of importance for your project (drag and drop):

  • Financial
  • Effort required
  • Environmental impact
  • Landfill impact
  • Public perception
Rank from most important to least important.

Based on your inputs, the optimum end-of-life scenario for your used membrane is:

A suitable alternative is:

Retrieved from "https://www.desalwiki.che.unsw.edu.au/w/index.php?title=MemEOL&oldid=399"
Powered by MediaWiki
Powered by Semantic MediaWiki