// Part weight calculator var browsername = navigator.appName; if (browsername.indexOf('Explorer') != -1) { browser = 'IE'; }else { browser = 'FF'; } shapeArrayInputs=new Array("side","length-width-height","length-width-height","length1-length2-width-height","side-height","side-height","side-height","baseArea-height","length-width-height","length-width-height", "side-height","side-height","side-height","baseArea-height","length1-width1-length2-width2-height","length1-width1-length2-width2-height", "side1-side2-height","side1-side2-height","side1-side2-height","baseArea-topArea-height","diameter-height","radius-width-height","radius-angle-height","length-width-height","diameter-thickness-height","length-width-height-thickness","diameter-height", "diameter1-diameter2-height","length-width-height","length1-width1-length2-width2-height","diameter","radius-height","diameter1-diameter2-height","diameter-angle","radius-angle","length-width-height","diameter1-diameter2","length-width-height-thicknessFlange-thicknessWeb","length-width-height-thicknessBase-thicknessLeg","length-width-height-thicknessFlange-thicknessWeb","length-width-height-thicknessBase-thicknessFlange","length-width-height-thicknessFlange-thicknessWeb","volume" ); shapeArrayDisplay=new Array("Side","Length-Width-Height","Length-Width-Height","Bottom length-Top length-Width-Height","Side-Height","Side-Height","Side-Height","Base area-Height","Length-Width-Height","Length-Width-Height", "Side-Height","Side-Height","Side-Height","Base area-Height","Bottom length-Bottom width-Top length-Top width-Height","Bottom length-Bottom width-Top length-Top width-Height", "Bottom side-Top side-Height","Bottom side-Top side-Height","Bottom side-Top side-Height","Base area-Top area-Height","Diameter-Height","Radius-Width-Height","Radius-Angle(°)-Height","Length-Width-Height","Outer diameter-Thickness-Height","Length-Width-Height-Thickness","Diameter-Height", "Bottom diameter-Top diameter-Height","Length-Width-Height","Bottom Length-Bottom width-Top length-Top width-Height","Diameter","Radius-Height","Bottom diameter-Top diameter-Height","Diameter-Angle(°)","Radius-Angle(°)","Length-Width-Height","Outer diameter-Section diameter","Length-Width-Height-Flange thickness-Web thickness","Length-Width-Height-Base thickness-Leg thickness","Length-Width-Height-Flange thickness-Web thickness","Length-Width-Height-Base thickness-Flange thickness","Length-Width-Height-Flange thickness-Web thickness","Volume" ); shapeNames=new Array("cube.png","prism_triangular.png","prism_rectangular.png","prism_trapezoidal.png","prism_pentagonal.png","prism_hexagonal.png","prism_octagonal.png","prism_other.png","pyramid_triangular.png", "pyramid_rectangular.png","pyramid_pentagonal.png","pyramid_hexagonal.png","pyramid_octagonal.png","pyramid_other.png","frustum_triangular.png","frustum_rectangular.png","frustum_pentagonal.png","frustum_hexagonal.png", "frustum_octagonal.png","frustum_other.png","cylinder.png","cylinder_cap.png","cylinder_sector.png","cylinder_elliptic.png","tube_cylindrical.png","tube_rectangular.png","cone.png","frustum_conical.png","cone_elliptic.png","frustum_elliptic.png","sphere.png","sphere_cap.png","sphere_segment.png","sphere_wedge.png","sphere_sector.png","ellipsoid.png","torus.png","beam_i.png","beam_l.png","beam_t.png","beam_u.png","beam_z.png","aa.png" ); count=0; function addShape() { count++; dynId='trId_'+count; detailsId='det_'+count; attrId='attr_'+count; weightId='weight_'+count; uniqueId='row_'+count; selIndex=$('shapeType').selectedIndex; shapeName=$('shapeType').options[selIndex].text; inputsList=shapeArrayInputs[selIndex].split("-"); inputsLabelList=shapeArrayDisplay[selIndex].split("-"); radioadd=uniqueId+"."+selIndex+".radioadd-"+count; radiosub=uniqueId+"."+selIndex+".radiosub-"+count; radioName='calcRadio_'+count; HTMLcons=" "+ ""+ shapeName+""; HTMLcons+="  "; HTMLcons+=""; for(i = 0; i < inputsList.length; i++) { HTMLcons+=""; } HTMLcons+=""; HTMLcons+=""; HTMLcons+="
"+inputsLabelList[i]+": 
Quantity:
 Add Subtract
"; HTMLcons+=""; $('shapeId').insert({ bottom: HTMLcons }); toggleImage(detailsId, attrId, dynId, selIndex); switch(selIndex) { case 0: //cube Event.observe($(radioadd), 'click', cubeCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', cubeCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', cubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', cubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', cubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', cubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 1://triangularprism Event.observe($(radioadd), 'click', tprismCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', tprismCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', tprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', tprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', tprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', tprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 2://rectangularprism Event.observe($(radioadd), 'click', rprismCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', rprismCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', rprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', rprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', rprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', rprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 3://trapezoidal prism Event.observe($(radioadd), 'click', trapPrismCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', trapPrismCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', trapPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', trapPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', trapPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', trapPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 4://pentagonal prism Event.observe($(radioadd), 'click', pentPrismCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', pentPrismCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', pentPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', pentPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', pentPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', pentPrismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 5://hexagonal prism Event.observe($(radioadd), 'click', hprismCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', hprismCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', hprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', hprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', hprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', hprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 6://octagonal prism Event.observe($(radioadd), 'click', oprismCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', oprismCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', oprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', oprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', oprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', oprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 7://other prism Event.observe($(radioadd), 'click', otherprismCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', otherprismCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', otherprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', otherprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', otherprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', otherprismCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 8://triangular pyramid Event.observe($(radioadd), 'click', tpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', tpyramidCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', tpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', tpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', tpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', tpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 9://rectangular pyramid Event.observe($(radioadd), 'click', rpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', rpyramidCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', rpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', rpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', rpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', rpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 10://pentagonal pyramid Event.observe($(radioadd), 'click', pentpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', pentpyramidCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', pentpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', pentpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', pentpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', pentpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 11://hexagonal pyramid Event.observe($(radioadd), 'click', hpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', hpyramidCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', hpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', hpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', hpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', hpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 12://octagonal pyramid Event.observe($(radioadd), 'click', opyramidCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', opyramidCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', opyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', opyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', opyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', opyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 13://Other pyramid Event.observe($(radioadd), 'click', otherpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', otherpyramidCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', otherpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', otherpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', otherpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', otherpyramidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 14://Triangular pyramidal frustum Event.observe($(radioadd), 'click', tfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', tfrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', tfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', tfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', tfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', tfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 15://Rectangular pyramidal frustum Event.observe($(radioadd), 'click', rfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', rfrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', rfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', rfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', rfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', rfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 16://Pentagonal pyramidal frustum Event.observe($(radioadd), 'click', pentpyrafrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', pentpyrafrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', pentpyrafrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', pentpyrafrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', pentpyrafrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', pentpyrafrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 17://Hexagonal pyramidal frustum Event.observe($(radioadd), 'click', hfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', hfrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', hfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', hfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', hfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', hfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 18://Octagonal pyramidal frustum Event.observe($(radioadd), 'click', ofrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', ofrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', ofrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', ofrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', ofrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', ofrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 19://Other pyramidal frustum Event.observe($(radioadd), 'click', otherfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', otherfrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', otherfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', otherfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', otherfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', otherfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 20://Cylinder Event.observe($(radioadd), 'click', cylinderCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', cylinderCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', cylinderCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', cylinderCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', cylinderCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', cylinderCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 21://Cylindrical cap Event.observe($(radioadd), 'click', cylindercapCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', cylindercapCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', cylindercapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', cylindercapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', cylindercapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', cylindercapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 22://Cylindrical sector Event.observe($(radioadd), 'click', cylindersecCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', cylindersecCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', cylindersecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', cylindersecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', cylindersecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', cylindersecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 23://Elliptic cylinder Event.observe($(radioadd), 'click', ellipcylinCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', ellipcylinCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', ellipcylinCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', ellipcylinCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', ellipcylinCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', ellipcylinCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 24://Cylindrical tube Event.observe($(radioadd), 'click', ctubeCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', ctubeCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', ctubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', ctubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', ctubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', ctubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 25://Rectangular tube Event.observe($(radioadd), 'click', rtubeCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', rtubeCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', rtubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', rtubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', rtubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', rtubeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 26://Cone Event.observe($(radioadd), 'click', coneCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', coneCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', coneCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', coneCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', coneCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', coneCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 27://Conical frustum Event.observe($(radioadd), 'click', cfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', cfrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', cfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', cfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', cfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', cfrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 28://Elliptic cone Event.observe($(radioadd), 'click', econeCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', econeCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', econeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', econeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', econeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', econeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 29://Elliptic conical frustum Event.observe($(radioadd), 'click', econefrustumCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', econefrustumCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', econefrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', econefrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', econefrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', econefrustumCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 30://Sphere Event.observe($(radioadd), 'click', sphereCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', sphereCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', sphereCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', sphereCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', sphereCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', sphereCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 31://Spherical cap Event.observe($(radioadd), 'click', spherecapCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', spherecapCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', spherecapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', spherecapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', spherecapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', spherecapCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 32://Spherical segment Event.observe($(radioadd), 'click', spheresegCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', spheresegCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', spheresegCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', spheresegCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', spheresegCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', spheresegCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 33://Spherical wedge Event.observe($(radioadd), 'click', spherewedgeCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', spherewedgeCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', spherewedgeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', spherewedgeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', spherewedgeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', spherewedgeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 34://Spherical sector Event.observe($(radioadd), 'click', spheresecCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', spheresecCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', spheresecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', spheresecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', spheresecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', spheresecCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 35://Ellipsoid Event.observe($(radioadd), 'click', ellipsoidCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', ellipsoidCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', ellipsoidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', ellipsoidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', ellipsoidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', ellipsoidCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 36://Torus Event.observe($(radioadd), 'click', torusCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', torusCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', torusCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', torusCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', torusCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', torusCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 37://ibeam Event.observe($(radioadd), 'click', ibeamCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', ibeamCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', ibeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', ibeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', ibeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', ibeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 38://lbeam Event.observe($(radioadd), 'click', lbeamCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', lbeamCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', lbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', lbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', lbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', lbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 39://tbeam Event.observe($(radioadd), 'click', tbeamCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', tbeamCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', tbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', tbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', tbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', tbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 40://ubeam Event.observe($(radioadd), 'click', ubeamCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', ubeamCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', ubeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', ubeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', ubeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', ubeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 41://zbeam Event.observe($(radioadd), 'click', zbeamCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', zbeamCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', zbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', zbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', zbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', zbeamCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; case 42://Custom shape Event.observe($(radioadd), 'click', cshapeCalculate.bindAsEventListener(1,$(radioadd).id,'add')); Event.observe($(radiosub), 'click', cshapeCalculate.bindAsEventListener(1,$(radiosub).id,'sub')); for(i = 0; i < inputsList.length; i++) { Event.observe($(uniqueId+"."+inputsList[i]), 'keyup', cshapeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); } Event.observe($(uniqueId+".shapeQuantity"), 'keyup', cshapeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("density"), 'keyup', cshapeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); Event.observe($("unitType"), 'change', cshapeCalculate.bindAsEventListener(1,$(radioadd).id,'none',$(radiosub).id)); break; default:alert('Check your shape'); } } function outputDisplay(shapeVolume,shapeWeight,uniqueDist,shapesCount) { shapeVolume=shapeVolume.toFixed(2); shapeWeight=shapeWeight.toFixed(2); $(uniqueDist+'.shapeVolume').innerHTML=shapeVolume; $(uniqueDist+'.shapeWeight').innerHTML=shapeWeight; totWeight=0; totVolume=0; for(i = 1; i <= count; i++) { if($('row_'+i+'.shapeWeight') && $('row_'+i+'.shapeVolume')) { if($('row_'+i+'.shapeVolume').innerHTML !='' && $('row_'+i+'.shapeWeight').innerHTML != '') { totVolume+=parseFloat($('row_'+i+'.shapeVolume').innerHTML); totWeight+=parseFloat($('row_'+i+'.shapeWeight').innerHTML); } } } totWeight=totWeight.toFixed(2); totVolume=totVolume.toFixed(2); $('weightPart').innerHTML=totWeight; $('volumePart').innerHTML=totVolume; highlightOutputs(); } function highlightOutputs() { $("weightPart").parentNode.style.backgroundColor = "#F7FA5C"; $("volumePart").parentNode.style.backgroundColor = "#F7FA5C"; setTimeout(resetColor, 1500); } function resetColor() { $("weightPart").parentNode.style.backgroundColor = "#fff"; $("volumePart").parentNode.style.backgroundColor = "#fff"; } function updateValue(val) { if(val=='millimeters') { $('densityUnitID').innerHTML='(g/cm3)'; $('volumeUnitID').innerHTML='(cm3)'; $('weightUnitID').innerHTML='(kg)'; $('density').value = ($('density').value*27.88).toFixed(4); } else if(val=='inches') { $('densityUnitID').innerHTML='(lb/in3)'; $('volumeUnitID').innerHTML='(in3)'; $('weightUnitID').innerHTML='(lbs)'; $('density').value= ($('density').value/27.68).toFixed(4); } } function removeShape(delId,del2Id) { $(delId).remove(); $(del2Id).remove(); totVolume=0; totWeight=0; for(i = 1; i <= count; i++) { if($('row_'+i+'.shapeWeight') && $('row_'+i+'.shapeVolume')) { if($('row_'+i+'.shapeVolume').innerHTML !='' && $('row_'+i+'.shapeWeight').innerHTML != '') { totVolume+=parseFloat($('row_'+i+'.shapeVolume').innerHTML); totWeight+=parseFloat($('row_'+i+'.shapeWeight').innerHTML); } } } $('weightPart').innerHTML=totWeight; $('volumePart').innerHTML=totVolume; highlightOutputs(); } function toggleImage(togId,contId,expclassId,arrayInd) { if($(contId).style.display=='none') { $(togId).src='../images/minus.gif'; $(contId).style.display=''; $(expclassId).className='expandclass'; for(i = 1; i <= count; i++) { resetId='det_'+i; hideId='attr_'+i; rclassId='trId_'+i; if($(hideId) && $(hideId).style.display=='' && hideId != contId) { $(resetId).src='../images/plus.gif'; $(hideId).style.display='none'; $(rclassId).className=''; } } } else { $(togId).src='../images/plus.gif'; $(contId).style.display='none'; $(expclassId).className=''; } } function validate() { cons="
Units"+$('unitType').options[$('unitType').selectedIndex].text+ "
Materials"+$('material').options[$('material').selectedIndex].text+ "
Density"+$('density').value+" "+$('densityUnitID').innerHTML+ "
  
"; //cons+=temp; document.exp_form.hidden_ID1.value=cons; document.exp_form.hidden_ID.value=$('exportContent').innerHTML; return true; } function changeMaterial(val) { $('density').value=val; if($F('unitType') == 'millimeters') $('density').value = ($('density').value*27.68).toFixed(4);; } function cubeCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } side=$(uniqueDist+'.'+inputsList[0]).value; baseArea = side*side; volum = baseArea*side; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function tprismCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (.5)*lengt*widt; volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function rprismCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = lengt*widt; volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function hprismCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (3/2)*Math.sqrt(3)*Math.pow(side,2); volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function oprismCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = 2*(1+Math.sqrt(2))*Math.pow(side,2); volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function otherprismCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; baseArea=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function tpyramidCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (1/2)*lengt*widt; volum = (1/3)*baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function rpyramidCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = lengt*widt; volum = (1/3)*baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function hpyramidCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (3/2)*Math.sqrt(3)*Math.pow(side,2); volum = (1/3)*baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function opyramidCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = 2*(1+Math.sqrt(2))*Math.pow(side,2); volum = (1/3)*baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function otherpyramidCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; baseArea=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (1/3)*baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function tfrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; length1=$(uniqueDist+'.'+inputsList[0]).value; width1=$(uniqueDist+'.'+inputsList[1]).value; length2=$(uniqueDist+'.'+inputsList[2]).value; width2=$(uniqueDist+'.'+inputsList[3]).value; heigh=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (1/2)*length1*width1; topArea = (1/2)*length2*width2; volum = (1/3)*heigh*(baseArea+topArea+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function rfrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; length1=$(uniqueDist+'.'+inputsList[0]).value; width1=$(uniqueDist+'.'+inputsList[1]).value; length2=$(uniqueDist+'.'+inputsList[2]).value; width2=$(uniqueDist+'.'+inputsList[3]).value; heigh=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = length1*width1; topArea = length2*width2; volum = (1/3)*heigh*(baseArea+topArea+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function hfrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side1=$(uniqueDist+'.'+inputsList[0]).value; side2=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (3/2)*Math.sqrt(3)*Math.pow(side1,2); topArea = (3/2)*Math.sqrt(3)*Math.pow(side2,2); volum = (1/3)*heigh*(baseArea+topArea+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function ofrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side1=$(uniqueDist+'.'+inputsList[0]).value; side2=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = 2*(1+Math.sqrt(2))*Math.pow(side1,2); topArea = 2*(1+Math.sqrt(2))*Math.pow(side2,2); volum = (1/3)*heigh*(baseArea+topArea+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function otherfrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; baseArea=$(uniqueDist+'.'+inputsList[0]).value; topArea=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (1/3)*heigh*(parseFloat(baseArea)+parseFloat(topArea)+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function cylinderCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = pi_value*Math.pow(diameter/2,2); volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function ctubeCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter=$(uniqueDist+'.'+inputsList[0]).value; thickness=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = pi_value*(Math.pow(diameter/2,2)-Math.pow((diameter-2*thickness)/2,2)); volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function coneCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = pi_value*Math.pow(diameter/2,2); volum = (1/3)*baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function cfrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter1=$(uniqueDist+'.'+inputsList[0]).value; diameter2=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = pi_value*Math.pow(diameter1/2,2); topArea = pi_value*Math.pow(diameter2/2,2); volum = (1/3)*heigh*(baseArea+topArea+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function sphereCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter=$(uniqueDist+'.'+inputsList[0]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (4/3)*pi_value*Math.pow(diameter/2,3); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function spheresegCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter1=$(uniqueDist+'.'+inputsList[0]).value; diameter2=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (1/6)*pi_value*heigh*(3*Math.pow(diameter1/2,2)+3*Math.pow(diameter2/2,2)+Math.pow(heigh,2)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function ellipsoidCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (1/6)*pi_value*lengt*widt*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function torusCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter1=$(uniqueDist+'.'+inputsList[0]).value; diameter2=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (1/4)*Math.pow(pi_value,2)*(diameter1-diameter2)*Math.pow(diameter2,2); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function cshapeCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; volum=$(uniqueDist+'.'+inputsList[0]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function trapPrismCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; length1=$(uniqueDist+'.'+inputsList[0]).value; length2=$(uniqueDist+'.'+inputsList[1]).value; widt=$(uniqueDist+'.'+inputsList[2]).value; heigh=$(uniqueDist+'.'+inputsList[3]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = widt * (parseFloat(length1)+parseFloat(length2)) / 2; volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function pentPrismCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (1/4)*Math.sqrt(25+10*Math.sqrt(5))*Math.pow(side,2); volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function pentpyramidCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } side=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; baseArea = (1/4)*Math.sqrt(25+10*Math.sqrt(5))*Math.pow(side,2); volum = (1/3)*baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function pentpyrafrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; side1=$(uniqueDist+'.'+inputsList[0]).value; side2=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (1/4)*Math.sqrt(25+10*Math.sqrt(5))*Math.pow(side1,2); topArea = (1/4)*Math.sqrt(25+10*Math.sqrt(5))*Math.pow(side2,2); volum = (1/3)*heigh*(baseArea+topArea+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function cylindercapCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; radius=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } angle = 2*Math.acos((radius-widt)/radius); baseArea = 0.5*Math.pow(radius,2)*(angle-Math.sin(angle)); volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function cylindersecCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; pi_value=Math.PI; radius=$(uniqueDist+'.'+inputsList[0]).value; angle=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = Math.pow(radius,2)*(angle*pi_value/180)/2; volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function ellipcylinCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } pi_value=Math.PI; selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (1/4)*pi_value*lengt*widt; volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function rtubeCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; thickness=$(uniqueDist+'.'+inputsList[3]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = lengt*widt-(lengt-2*thickness)*(widt-2*thickness); volum = baseArea*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function econeCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (1/12)*Math.PI*lengt*widt*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function econefrustumCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; length1=$(uniqueDist+'.'+inputsList[0]).value; width1=$(uniqueDist+'.'+inputsList[1]).value; length2=$(uniqueDist+'.'+inputsList[2]).value; width2=$(uniqueDist+'.'+inputsList[3]).value; heigh=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = (1/4)*Math.PI*length1*width1; topArea = (1/4)*Math.PI*length2*width2; volum = (1/3)*heigh*(baseArea+topArea+Math.sqrt(baseArea*topArea)); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function spherecapCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; radius=$(uniqueDist+'.'+inputsList[0]).value; heigh=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (1/3)*Math.PI*Math.pow(heigh,2)*(3*radius-heigh); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function spherewedgeCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; diameter=$(uniqueDist+'.'+inputsList[0]).value; angle=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } volum = (2/3)*Math.pow(diameter/2,3)*(angle*Math.PI/180); if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function spheresecCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; radius=$(uniqueDist+'.'+inputsList[0]).value; angle=$(uniqueDist+'.'+inputsList[1]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } heigh = radius*(1-Math.cos(angle*Math.PI/360)); volum = (2/3)*Math.PI*Math.pow(radius,2)*heigh; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function ibeamCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; thicknessFlange=$(uniqueDist+'.'+inputsList[3]).value; thicknessWeb=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = 2*widt*thicknessFlange+(heigh-2*thicknessFlange)*thicknessWeb; volum = baseArea*lengt; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function lbeamCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; thicknessBase=$(uniqueDist+'.'+inputsList[3]).value; thicknessLeg=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = widt*thicknessBase+(heigh-thicknessBase)*thicknessLeg; volum = baseArea*lengt; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function tbeamCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; thicknessFlange=$(uniqueDist+'.'+inputsList[3]).value; thicknessWeb=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = widt*thicknessFlange+(heigh-thicknessFlange)*thicknessWeb; volum = baseArea*lengt; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function ubeamCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; thicknessBase=$(uniqueDist+'.'+inputsList[3]).value; thicknessFlange=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = 2*heigh*thicknessFlange+(widt-2*thicknessFlange)*thicknessBase; volum = baseArea*lengt; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } } function zbeamCalculate(e) { argList = $A(arguments); argList.shift(); if(argList[1]=='add') { shapeAdd=+1; } else if(argList[1]=='sub') { shapeAdd=-1; } else if(argList[1]=='none') { if($(argList[0]).checked) { shapeAdd=+1; } else if($(argList[2]).checked) { shapeAdd=-1; } else { shapeAdd=0; } } else { shapeAdd=0; } if(shapeAdd !=0) { if($('unitType').value=='millimeters') { varDensity = $('density').value *.001; } else { varDensity=$('density').value; } selIndexLoc=argList[0].substring(argList[0].indexOf('.')+1,argList[0].lastIndexOf('.')); inputsList=shapeArrayInputs[selIndexLoc].split("-"); uniqueDist=argList[0].substring(0,argList[0].indexOf('.')); shapeQuantity=$(uniqueDist+'.shapeQuantity').value; lengt=$(uniqueDist+'.'+inputsList[0]).value; widt=$(uniqueDist+'.'+inputsList[1]).value; heigh=$(uniqueDist+'.'+inputsList[2]).value; thicknessFlange=$(uniqueDist+'.'+inputsList[3]).value; thicknessWeb=$(uniqueDist+'.'+inputsList[4]).value; if (browser == 'FF') { $(uniqueDist+'.'+inputsList[0]).innerHTML=$(uniqueDist+'.'+inputsList[0]).value; $(uniqueDist+'.'+inputsList[1]).innerHTML=$(uniqueDist+'.'+inputsList[1]).value; $(uniqueDist+'.'+inputsList[2]).innerHTML=$(uniqueDist+'.'+inputsList[2]).value; $(uniqueDist+'.'+inputsList[3]).innerHTML=$(uniqueDist+'.'+inputsList[3]).value; $(uniqueDist+'.'+inputsList[4]).innerHTML=$(uniqueDist+'.'+inputsList[4]).value; $(uniqueDist+'.shapeQuantity').innerHTML=$(uniqueDist+'.shapeQuantity').value; } baseArea = heigh*thicknessWeb +(widt-thicknessWeb)*thicknessFlange; volum = baseArea*lengt; if($('unitType').value=='millimeters') { volum = volum *.001; } unitVolume = volum*shapeAdd; unitWeight = unitVolume*varDensity; shapeVolume = unitVolume*shapeQuantity; shapeWeight = unitWeight*shapeQuantity; countOfShapes=argList[0].substring(argList[0].lastIndexOf('-')+1); if(!isNaN(shapeVolume) && !isNaN(shapeWeight)) outputDisplay(shapeVolume,shapeWeight,uniqueDist,countOfShapes); } }