function initialize() { //>Initialize fillLists(); // FillLists (base, target) document.getElementById("value").value = "Enter value here"; // Write 'popup' into value-field document.getElementById("value").focus(); // Set focus to value-field document.getElementById("value").select(); // Select 'popup' in value field calculate(); } // Calculate -> '- - - - -' in result function newType() { clearLists(); fillLists(); //>NewType calculate(); setFocus(); } // function newValue() { calculate(); setFocus(); } //>NewValue function newBase() { calculate(); setFocus(); } //>NewBase function newTarget() { calculate(); setFocus(); } //>NewTarget function setFocus() { document.getElementById("value").focus(); } //>SetFocus function clearLists() { //>ClearLists (base, target) var base = document.getElementById("base"); // Get Html-element of the base var target = document.getElementById("target"); // Get Html-element of the target for (var i=base.length-1; i>=0; i--) { // Loop: content of the lists base.options[i] = null; // Void base-item target.options[i] = null; } } // Void target-item function enter() { //>Enter pressed var input = document.getElementById("value").value; // Value of the input-field if (input=="popup") // On 'popup' var pop = window.open("units.html","", // -> Open converter in a popup "resizable=yes,scrollbars=no,width=365,height=180,left=50,top=8"); } // with several window options function calculate() { //>Calculate var type = document.getElementById("type"); // Html-Element of type (category) var typeID = type.options[type.selectedIndex].id; // ID of the choosen type var input = document.getElementById("value").value; // Content (text) of input-value var white = input.match(/\s*/); // White spaces in input (for opera) var value = parseFloat(input.replace(/,/,'.')); // Parsed string with ','->'.' or NaN var baseValue = document.getElementById("base").value; // Base-value var targetValue = document.getElementById("target").value; // Target-value if (typeID=="numbersystem") { // On Numbersystem: calculateNumbersystem(input, baseValue, targetValue); return; } // -> Calculate Numbersystem if (isNaN(value) || (white && input==white)) { // No valid number or only whitespaces document.getElementById("result").value="- - - - - -"; return; } // -> Clear result value if (typeID=="temperature") { // On Temperature: calculateTemperature(value, baseValue, targetValue); return; } // -> Calculate Temperature var result = value * baseValue / targetValue; // Else: Convert value to result document.getElementById("result").value = result; } // Write result in text-field function calculateNumbersystem(input, base, target) { //>CalculateNumbersystem var valid = validateInput(input, base); // Validate the input-field (value) var decimal = parseInt(valid, base); // Convert input-value to decimal var result = decimal.toString(target); // Convert decimal-value to target syst. document.getElementById("result").value = result; } // Write target-value to result field function validateInput(input, base) { //>ValidateInput (for number systems) var decimal = parseInt(input, base); // Convert input-value->decimal-integer if (isNaN(decimal)) decimal = ""; // No decimal number ->void input-field var valid = decimal.toString(base); // Convert decimal back to base-system document.getElementById("value").value = valid; // Write validated value to input field return valid; } // Return validated value function calculateTemperature(value, base, target) { //>CalculateTemperature var celsius = Number.NaN; // Convert base to celsius if (base=="[F]") celsius = (value-32)*5/9; // [F] -> [C] else if (base=="[C]") celsius = value; // [C] -> [C] else if (base=="[K]") celsius = value-273.15; // [K] -> [C] else if (base=="[R]") celsius = (value*5/9)-273.15; // [R] -> [C] var result = Number.NaN; // Convert celsius to target if (target=="[F]") result = (celsius*9/5)+32 // [C] -> [F] else if (target=="[C]") result = celsius; // [C] -> [C] else if (target=="[K]") result = celsius+273.15; // [C] -> [K] else if (target=="[R]") result = (celsius+273.15)*9/5; // [C] -> [R] document.getElementById("result").value = result; } // Write result in text-field function enlist(text, value) { //>Enlist given items to base & target var base = document.getElementById("base"); // Html-Element for Base-Unit var target = document.getElementById("target"); // Target-Unit base.options[base.length] = new Option(text, value); // Set Html-Properties to base target.options[target.length] = new Option(text, value); } // target function fillLists() { //>FillLists var type = document.getElementById("type"); // Get Html-Element of the 'type' var typeID = type.options[type.selectedIndex].id; // Get the ID of the selected type if (typeID=="temperature") { // Temperatures: enlist("[C] Celsius", "[C]"); // [C] is base enlist("[F] Fahrenheit", "[F]"); // [F] = [C]*9/5 + 32 enlist("[K] Kelvin", "[K]"); // [K] = [C] + 273.15 enlist("[R] Rankin", "[R]"); } // [R] = [K]*9/5 else if (typeID=="numbersystem") { // Number systems: enlist("[2] Binary | Dual", "2"); // 0 1 (Dual) enlist("[3] Radix = Basis = 3", "3"); // 0 1 2 enlist("[4] Radix = Basis = 4", "4"); // 0 1 2 3 enlist("[5] Radix = Basis = 5", "5"); // 0 1 2 3 4 enlist("[6] Radix = Basis = 6", "6"); // 0 1 2 3 4 5 enlist("[7] Radix = Basis = 7", "7"); // 0 1 2 3 4 5 6 enlist("[8] Octal | Oktal", "8"); // 0 1 2 3 4 5 6 7 (Octal) enlist("[9] Radix = Basis = 9", "9"); // 0 1 2 3 4 5 6 7 8 enlist("[10] Decimal | Dezimal", "10"); // 0 1 2 3 4 5 6 7 8 9 (Decimal) enlist("[11] Radix = Basis = 11", "11"); // 0 1 ... 9 A enlist("[12] Radix = Basis = 12", "12"); // 0 1 ... 9 A B enlist("[13] Radix = Basis = 13", "13"); // 0 1 ... 9 A B C enlist("[14] Radix = Basis = 14", "14"); // 0 1 ... 9 A B C D enlist("[15] Radix = Basis = 15", "15"); // 0 1 ... 9 A B C D E enlist("[16] Hexadecimal | Hexadezimal", "16"); // 0 1 ... 9 A B C D E F (Hexadecimal) enlist("[17] Radix = Basis = 17", "17"); // 0 1 ... 9 A B ..... G enlist("[18] Radix = Basis = 18", "18"); // 0 1 ... 9 A B ..... H enlist("[19] Radix = Basis = 19", "19"); // 0 1 ... 9 A B ..... I enlist("[20] Radix = Basis = 20", "20"); // 0 1 ... 9 A B ..... J enlist("[21] Radix = Basis = 21", "21"); // 0 1 ... 9 A B ..... K enlist("[22] Radix = Basis = 22", "22"); // 0 1 ... 9 A B ..... L enlist("[23] Radix = Basis = 23", "23"); // 0 1 ... 9 A B ..... M enlist("[24] Radix = Basis = 24", "24"); // 0 1 ... 9 A B ..... N enlist("[25] Radix = Basis = 25", "25"); // 0 1 ... 9 A B ..... O enlist("[26] Radix = Basis = 26", "26"); // 0 1 ... 9 A B ..... P enlist("[27] Radix = Basis = 27", "27"); // 0 1 ... 9 A B ..... Q enlist("[28] Radix = Basis = 28", "28"); // 0 1 ... 9 A B ..... R enlist("[29] Radix = Basis = 29", "29"); // 0 1 ... 9 A B ..... S enlist("[30] Radix = Basis = 30", "30"); // 0 1 ... 9 A B ..... T enlist("[31] Radix = Basis = 31", "31"); // 0 1 ... 9 A B ..... U enlist("[32] Radix = Basis = 32", "32"); // 0 1 ... 9 A B ..... V enlist("[33] Radix = Basis = 33", "33"); // 0 1 ... 9 A B ..... V enlist("[34] Radix = Basis = 34", "34"); // 0 1 ... 9 A B ..... X enlist("[35] Radix = Basis = 35", "35"); // 0 1 ... 9 A B ..... Y enlist("[36] Radix = Basis = 36", "36"); // 0 1 ... 9 A B ..... Z document.getElementById("base").options[8].selected = true; // Preselect Decimal-system for base document.getElementById("target").options[8].selected = true; } // Preselect Decimal-system for target else if (typeID=="angle") { // Angles: enlist("[deg] Degrees | Grad", 1.0); // 1 [deg] is base enlist("[rad] Radians | Radiant", 180/3.141592653589793); // 1 [rad] = 180 / PI [deg] enlist("[gon] Grade | Neugrad", 90/100); } // 1 [gon] = 90 / 100 [deg] else if (typeID=="length") { // Lengths: enlist("[m] Meter", 1.0); // 1 [m] is base enlist("[km] Kilometer", 1000.0); // 1 [km] = 1000 [m] enlist("[dm] Decimeter", 0.1); // 1 [dm] = 0.1 [m] enlist("[cm] Centimeter", 0.01); // 1 [cm] = 0.01 [m] enlist("[mm] Millimeter", 0.001); // 1 [mm] = 0.001 [m] enlist("[um] Micrometer", 0.000001); // 1 [um] = 0.000001 [m] enlist("[nm] Nanometer", 1e-9); // 1 [nm] = 1e-9 [m] enlist("[A] Angström", 1e-10); // 1 [A] = 1e-10 [m] enlist("[pm] Picometer", 1e-12); // 1 [pm] = 1e-12 [m] enlist("[fm] Fermi | Femtometer", 1e-15); // 1 [fm] = 1e-15 [m] enlist("[in] Inch = 1/36 yd | Zoll", 0.0254); // 1 [in] = 0.0254 [m] enlist("[U] U | 1.75 in", 0.04445); // 1 [U] = 0.04445 [m] enlist("[Mil, thou] Mil | Milli-Inch", 0.0000254); // 1 [Mil] = 0.0000254 [m] enlist("[ft] Feet", 0.3048); // 1 [ft] = 0.3048 [m] enlist("[yd] Yard", 0.9144); // 1 [yd] = 0.9144 [m] enlist("[ha] Hands (Br.) | Handbreit", 0.1016); // 1 [ha] = 0.1016 [m] enlist("[sp] Span (Br.) | Spanne", 0.2286); // 1 [sp] = 0.2286 [m] enlist("[mi] Mile (Br.) | Meile", 1609.344); // 1 [mi] = 1609.344 [m] enlist("[mi-u] Mile (U.S. Survey)", 1609.347219); // 1 [mi-u] = 1609.347219 [m] enlist("[NM, n mi] Nautical mile | Seemeile", 1852.0); // 1 [n mi] = 1852 [m] enlist("[NM-a] Naut. mile = 6080ft (admirality)",1853.184); // 1 [nm-a] = 1853.184 [m] enlist("[ch] Chain (Br.) | Ketten", 20.1168); // 1 [ch] = 20.1168 [m] enlist("[li] Links (Br.) | Kettenglieder", 0.201168); // 1 [li] = 0.201168 [m] enlist("[BC] Barleycorn (Br.)", 0.008467); // 1 [BC] = 0.008467 [m] enlist("[rd] Rod, pole, perch | Rute", 5.0292); // 1 [rd] = 5.0292 [m] enlist("[fur] Furlong (Br.) | Achtelmeile", 201.168); // 1 [fur] = 201.168 [m] enlist("[fth] Fathom (Br.) | Faden", 1.8288); // 1 [fth] = 1.8288 [m] enlist("[ftu] Fathom (Hungary | Ungarn)", 1.8964838); // 1 [ftu] = 1.8964838 [m] enlist("[pi] Pica | Cicero = 12pt", 0.004217); // 1 [pi] = 0.004217 [m] enlist("[pt-a] Point ATA | Punkt", 0.0003514598); // 1 [pt-a] = 0.0003514598 [m] enlist("[pt-p] Point postscript = 1/72 in", 0.000352778); // 1 [pt-p] = 0.000352778 [m] enlist("[pt-e] Point (Didot; European)", 0.000376065); // 1 [pt-e] = 0.000376065 [m] enlist("[pt-m] Point metric", 0.000375); // 1 [pt-m] = 0.000375 [m] enlist("[AU] Astronomical unit (Sun->Earth)", 149597870691); // 1 [AU] = 149597870691 [m] enlist("[pc] Parsec | Parallaxensekunde", 30856775813057300); // 1 [pc] = 30856775813057300[m] enlist("[LY] Light year", 9460730472580800); // 1 [LY] = 9460730472580800 [m] enlist("[Bu] Bu (China)", 1.666667); // 1 [Bu] = 1.666667 [m] enlist("[Ch] Chi (China)", 0.3333333); // 1 [Ch] = 0.3333333 [m] enlist("[Cho] Chou, cho (Japan)", 109.09); // 1 [Cho] = 109.09 [m] enlist("[Chr] Chr (Taiwan)", 0.30303); // 1 [Chr] = 0.30303 [m] enlist("[Cun] Cun (China)", 0.03333333); // 1 [Cun] = 0.03333333 [m] enlist("[fe] Fen (China)", 0.003333333); // 1 [fe] = 0.003333333 [m] enlist("[Ha] Hao (China)", 0.00003333333); // 1 [Ha] = 0.00003333333 [m] enlist("[hu] Hu (China)", 3.333333e-7); // 1 [hu] = 3.333333e-7 [m] enlist("[Gan] Gan (Korea)", 1.818); // 1 [Gan] = 1.818 [m] enlist("[Hu] Hunh (Thailand)", 0.002604167); // 1 [Hu] = 0.002604167 [m] enlist("[Ja] Ja (Korea)", 0.303); // 1 [Ja] = 0.303 [m] enlist("[Je] Jeong (Korea)", 109.091); // 1 [Je] = 109.091 [m] enlist("[jy] Jyo (Japan)", 3.030324); // 1 [jy] = 3.030324 [m] enlist("[ka] Kabiet (Thailand)", 0.005208333); // 1 [ka] = 0.005208333 [m] enlist("[Ka] Kairi (Japan)", 1852.0); // 1 [Ka] = 1852 [m] enlist("[Ke] Ken (Japan)", 1.81818); // 1 [Ke] = 1.81818 [m] enlist("[Kb] Keub (Thailand)", 0.25); // 1 [Kb] = 0.25 [m] enlist("[La] Lar (Thailand)", 0.91432); // 1 [La] = 0.91432 [m] enlist("[Li] Li (China)", 500.0); // 1 [Li] = 500.0 [m] enlist("[Li-sm] Li-small (China)", 0.0003333333); // 1 [Li-sm]= 0.0003333333 [m] enlist("[mo] Mon (Japan)", 0.024); // 1 [mo] = 0.024 [m] enlist("[Ni] Nieu (Thailand", 0.0208333); // 1 [Ni] = 0.0208333 [m] enlist("[Ri] Ri (Japan)", 3927.27); // 1 [Ri] = 3927.27 [m] enlist("[Rk] Ri (Korea)", 392.727); // 1 [Rk] = 392.727 [m] enlist("[Sa] Sawk (Thailand)", 0.5); // 1 [Sa] = 0.5 [m] enlist("[Sh] Shaku, shyaku (Japan)", 0.30303); // 1 [Sh] = 0.30303 [m] enlist("[Se] Sen (Thailand)", 40.0); // 1 [Se] = 40 [m] enlist("[si] Si (China)", 0.000003333333); // 1 [si] = 0.000003333333 [m] enlist("[Su] Sun (Japan)", 0.030303); // 1 [Su] = 0.030303 [m] enlist("[Ts] Tsuen (Taiwan)", 0.030303); // 1 [Ts] = 0.030303 [m] enlist("[Va] Va (Thailand)", 2.0); // 1 [Va] = 2 [m] enlist("[Yi] Yin (China)", 33.33333); // 1 [Vi] = 33.33333 [m] enlist("[Yo] Yote (Thailand)", 16000.0); // 1 [Yo] = 16000 [m] enlist("[Zh] Zhang (China)", 3.33333); } // 1 [Zh] = 3.33333 [m] else if (typeID=="area") { // Areas: enlist("[m^2] Square meter", 1.0); // 1 [m^2] S is base enlist("[km^2] Square kilometer", 1000000.0); // 1 [km^2] = 1000000 [m^2] enlist("[dm^2] Square decimeter", 0.01); // 1 [dm^2] = 0.01 [m^2] enlist("[cm^2] Square centimeter", 0.0001); // 1 [cm^2] = 0.0001 [m^2] enlist("[mm^2] Square millimeter", 0.000001); // 1 [mm^2] = 0.000001 [m^2] enlist("[a] Are | Ar", 100.0); // 1 [a] = 100 [m^2] enlist("[ha] Hectare | Hektar", 10000.0); // 1 [ha] = 10000 [m^2] enlist("[acre] Acre (Br.) | Morgen", 4046.8564224); // 1 [acre] = 4046.8564224 [m^2] enlist("[Mg-Wü] Morgen (Württemberg)", 3152.0); // 1 [Mg-Wü] = 3152 [m^2] enlist("[Mg-Pr] Morgen (Preussen)", 2553.22); // 1 [Mg-Pr] = 2553.22 [m^2] enlist("[Mg-Ba] Morgen (Baden)", 3600.0); // 1 [Mg-Ba] = 3600 [m^2] enlist("[Mg-Ha] Morgen (Hannover)", 2621.0); // 1 [Mg-Ha] = 2621 [m^2] enlist("[Mg-He] Morgen (Hessen) [vha]", 2500.0); // 1 [Mg-He] = 2500 [m^2] enlist("[Mg-Fr] Morgen (Franken)", 2000.0); // 1 [Mg-Fr] = 2000 [m^2] enlist("[Mg-Ol] Morgen (Oldenburg)", 2256.0); // 1 [Mg-Ol] = 2256 [m^2] enlist("[Mg-OJ] Morgen (Oldenburg-Jück)", 4538.0); // 1 [Mg-OJ] = 4538 [m^2] enlist("[Mg-Ka] Morgen (Kassel)", 2386.0); // 1 [Mg-Ka] = 2386 [m^2] enlist("[Mg-Ka] Morgen (Bremen)", 2572.0); // 1 [Mg-Ka] = 2572 [m^2] enlist("[Mg-Kn] Morgen (Köln)", 3176.0); // 1 [Mg-Kn] = 3176 [m^2] enlist("[Mg-By] Morgen (Bayern)", 3407.0); // 1 [Mg-By] = 3407 [m^2] enlist("[Mg-HH] Morgen (Hamburg)", 9658.0); // 1 [Mg-HH] = 9658 [m^2] enlist("[Mg-HH] Morgen (HH: Geest-Scheffel)", 4205.0); // 1 [Mg-HH] = 4205 [m^2] enlist("[Mg-KM] Morgen (Kehdinger Marschmorgen)",10477.0); // 1 [Mg-KM] = 10477 [m^2] enlist("[Mg-Hd] Morgen (Hadeln)", 11780.0); // 1 [Mg-Hd] = 11780 [m^2] enlist("[Mg-Ho] Morgen (Holstein)", 5046.0); // 1 [Mg-Ho] = 5046 [m^2] enlist("[Mg-SH] Morgen (Schleswig-Holstein)", 5466.0); // 1 [Mg-SH] = 5466 [m^2] enlist("[Mg-Ku] Morgen (Kulmischer Morgen)", 5601.17); // 1 [Mg-Ku] = 5601.17 [m^2] enlist("[Mg-Of] Morgen (Ostfriesland)", 5674.0); // 1 [Mg-Of] = 5674 [m^2] enlist("[Mg-Me] Morgen (Mecklenburg)", 6500.0); // 1 [Mg-Me] = 6500 [m^2] enlist("[Mg-Me] Morgen (Harburg & Stade)", 8185.0); // 1 [Mg-Me] = 8185 [m^2] enlist("[Mg-Br] Morgen (Brasil)", 4046.8564224); // 1 [Mg-Br] = 4046.8564224 [m^2] enlist("[Mg-Fr] Morgen (France)", 5200.0); // 1 [Mg-Fr] = 5200 [m^2] enlist("[Mg-Un] Morgen (Hungary)", 5754.6412858599); // 1 [Mg-Un] = 5754.6412858599 [m^2] enlist("[in^2] Square Inch", 0.00064516); // 1 [in^2] = 0.00064516 [m^2] enlist("[ft^2] Square feet", 0.09290304); // 1 [ft^2] = 0.09290304 [m^2] enlist("[yd^2] Square yard", 0.83612736); // 1 [yd^2] = 0.83612736 [m^2] enlist("[mi^2] Square mile (Br.)", 2589988.110336); // 1 [mi^2] = 2589988.110336 [m^2] enlist("[NM^2] Square naut. mile", 3429904); // 1 [nm^2] = 3429904 [m^2] enlist("[sq rd] Square rod (Br. & Am.)", 25.29285264); // 1 [sq rd] = 25.29285264 [m^2] enlist("[ro] Rood (Br. & Am.)", 1011.7141056); // 1 [ro] = 1011.7141056 [m^2] enlist("[se] Section = square mile", 2589988.110336); // 1 [se] = 2589988.110336 [m^2] enlist("[sq-ch] Square chain (Br.)", 404.68564224); // 1 [sq-ch] = 404.68564224 [m^2] enlist("[ts] Township = 36 [mi-u]^2", 93239944.96690923); // 1 [ts] = 93239944.9669092[m^2] enlist("[b] Barn (nuclear physics)", 1e-28); // 1 [b] = 1e-28 [m^2] enlist("[sFtu] Square Fathom (Hungary)", 3.5966508036624396); // 1 [sFtu] = 3.59665080366244[m^2] enlist("[sch] Square chi (China)", 0.1111111); // 1 [sch] = 0.1111111 [m^2] enlist("[sChr] Square Chr (Taiwan)", 0.091827); // 1 [sChr] = 0.091827 [m^2] enlist("[scu] Square cun (China)", 0.001111111); // 1 [scu] = 0.001111111 [m^2] enlist("[sLa] Square Lar (Thailand)", 0.8359810624); // 1 [sLa] = 0.8359810624 [m^2] enlist("[sTs] Square Tsuen (Taiwan)", 0.000918271809); // 1 [sTs] = 0.000918271809 [m^2] enlist("[sVa] Square Va (Thailand)", 4.0); // 1 [sVa] = 4 [m^2] enlist("[szh] Square zhang (China)", 11.11111); // 1 [szh] = 11.11111 [m^2] enlist("[Ch] Chou, cho (Japan)", 9917.355); // 1 [Ch] = 9917.355 [m^2] enlist("[Da] Danbo (Korea)", 991.74); // 1 [Da] = 991.74 [m^2] enlist("[fe] Fen (China)", 66.66667); // 1 [fe] = 66.66667 [m^2] enlist("[HS] Heilhou Shaku (Japan)", 0.091827); // 1 [HS] = 0.091827 [m^2] enlist("[Je] Jeongbo (Korea)", 9917.40); // 1 [Je] = 9917.40 [m^2] enlist("[li] Li (China)", 6.666667); // 1 [li] = 6.666667 [m^2] enlist("[Mu] Mu (China)", 666.6667); // 1 [Mu] = 666.6667 [m^2] enlist("[ng] Ngan (Thailand)", 400.0); // 1 [ng] = 400 [m^2] enlist("[Pi] Ping (Taiwan)", 3.3058); // 1 [Pi] = 3.3058 [m^2] enlist("[Py] Pyeong (Korea)", 3.3058); // 1 [Py] = 3.3058 [m^2] enlist("[Pb] Pyeongbangja (Korea)", 0.09182); // 1 [Pb] = 0.09182 [m^2] enlist("[qi] Qing (China)", 66666.67); // 1 [Qi] = 66666.67 [m^2] enlist("[Rai] Rai (Thailand)", 1600.0); // 1 [Rai] = 1600 [m^2] enlist("[Se] Se (Japan)", 99.17355); // 1 [Se] = 99.17355 [m^2] enlist("[tw] Talang Wah (Thailand)", 4.0); // 1 [tw] = 4 [m^2] enlist("[Tan] Tan, tann (Japan)", 991.7355); // 1 [Tan] = 991.7355 [m^2] enlist("[Tsu] Tsubo (Japan)", 3.30578); } // 1 [Tsu] = 3.30578 [m^2] else if (typeID=="volume") { // Volumes: enlist("[m^3] Cubic meter", 1.0); // 1 [m^3] is base enlist("[km^3] Cubic kilometer", 1000000000.0); // 1 [km^3] = 1000000000 [m^3] enlist("[dm^3] Liter", 0.001); // 1 [dm^3] = 0.001 [m^3] enlist("[cm^3] Milliliter", 0.000001); // 1 [cm^3] = 0.000001 [m^3] enlist("[mm^3] Microliter", 1e-9); // 1 [mm^3] = 1e-9 [m^3] enlist("[in^3] Cubic inch", 0.000016387064); // 1 [in^3] = 0.000016387064 [m^3] enlist("[ft^3] Cubic foot", 0.028316846592); // 1 [ft^3] = 0.028316846592 [m^3] enlist("[yd^3] Cubic yard", 0.764554857984); // 1 [yd^3] = 0.764554857984 [m^3] enlist("[gal-b] Gallons (Br.) | Brit. Gallone", 0.00454609); // 1 [gal-b] = 0.00454609 [m^3] enlist("[gal-u] Gallons (Am.) | US. Gallone", 0.003785411784); // 1 [gal-u] = 0.003785411784 [m^3] enlist("[gal-r] Gallons (beer) | Bier-Gallone", 0.004621152048); // 1 [gal-r] = 0.004621152048 [m^3] enlist("[gal-d] US dry gallons", 0.00440488377086); // 1 [gal-d] = 0.00440488377086[m^3] enlist("[bl-br] Barrel (Br.) | Fass", 0.16365924); // 1 [bl-br] = 0.16365924 [m^3] enlist("[bl-fl] Barrel (Br., petrol) | Öl-Fass", 0.159113); // 1 [bl-fl] = 0.159113 [m^3] enlist("[bl-us] Barrel (Am. petrol)", 0.158987294928); // 1 [bl-us] = 0.158987294928 [m^3] enlist("[fl-bl] Barrel (Am. fluid)", 0.119240471196); // 1 [fl-bl] = 0.119240471196 [m^3] enlist("[dr-bl] Barrel (Am. dry)", 0.115628198985075); // 1 [dr-bl] = 0.11562819898508[m^3] enlist("[bu-br] Bushel (Br.) | Scheffel", 0.03636872); // 1 [bu-br] = 0.03636872 [m^3] enlist("[bu-us] Bushel (Am. dry level)", 0.03523907016688); // 1 [bu-us] = 0.03523907016688[m^3] enlist("[bu-he] Bushel (Am. dry heaped)", 0.0440488377086); // 1 [bu-he] = 0.0440488377086 [m^3] enlist("[c-us] Cup (Am.)", 0.0002365882365); // 1 [c-us] = 0.0002365882365 [m^3] enlist("[c-ca] Cup (Canada)", 0.0002273045); // 1 [c-ca] = 0.0002273045 [m^3] enlist("[c-me] Cup (metric)", 0.000250); // 1 [c-me] = 0.000250 [m^3] enlist("[c-br] Breakfast cup (Br.)", 0.000284130625); // 1 [c-br] = 0.000284130625 [m^3] enlist("[da-br] Dash (Br.)", 0.36996175130208e-6); // 1 [da-br] = 0.36996175130e-6[m^3] enlist("[da-us] Dash (Am.)", 0.308057599609375e-6); // 1 [da-us] = 0.30805759961e-6[m^3] enlist("[gtt-br] Drop (Br.)", 0.098656467014e-6); // 1 [gtt-br] = 0.09865646701e-6[m^3] enlist("[gtt-us] Drop (Am.)", 0.0821486932292e-6); // 1 [gtt-us] = 0.08214869323e-6[m^3] enlist("[gtt-me] Drop (medical)", 0.0833333333333e-6); // 1 [gtt-me] = 0.08333333333e-6[m^3] enlist("[gi-br] Gill (Br. wet)", 0.0001420653125); // 1 [gi-br] = 0.0001420653125 [m^3] enlist("[gi-us] Gill (Am. fluid)", 0.00011829411825); // 1 [gi-us] = 0.00011829411825[m^3] enlist("[fl.oz-br] Ounce (Br. fluid)", 0.0000284130625); // 1 [fl.oz-br]= 0.0000284130625 [m^3] enlist("[fl.oz-us] Ounce (Am. fluid)", 0.0000295735295625); // 1 [fl.oz-us]= 0.00002957352956[m^3] enlist("[pi-br] Pinch (Br.)", 0.7399235026042e-6); // 1 [pi-br] = 0.73992350260e-6[m^3] enlist("[pi-us] Pinch (Am.)", 0.61611519921875e-6); // 1 [pi-us] = 0.61611519922e-6[m^3] enlist("[pt-br] Pint (Br. wet)", 0.00056826125); // 1 [pt-br] = 0.00056826125 [m^3] enlist("[pt-us] Pint (Am. fluid)", 0.000473176473); // 1 [pt-us] = 0.000473176473 [m^3] enlist("[pt-dr] Pint (Am. dry)", 0.0005506104713575); // 1 [pt-dr] = 0.00055061047136[m^3] enlist("[po-br] Pottle, quartern (Br.)", 0.002273045); // 1 [po-br] = 0.002273045 [m^3] enlist("[po-us] Pottle, quartern (Am.)", 0.0018925); // 1 [po-us] = 0.0018925 [m^3] enlist("[qt-br] Quart (Br.)", 0.0011365225); // 1 [qt-br] = 0.0011365225 [m^3] enlist("[qt-dr] Quart (Am., dry)", 0.001101220942715); // 1 [qt-dr] = 0.00110122094272[m^3] enlist("[qt-us] Quart (Am., fluid)", 0.000946352946); // 1 [qt-us] = 0.000946352946 [m^3] enlist("[sa-br] Sack, bag (Br.) = 3 [bu-br]", 0.10910616); // 1 [sa-br] = 0.10910616 [m^3] enlist("[sa-us] Sack (Am.) = 3 [bu-us]", 0.10571721050064); // 1 [sa-us] = 0.10571721050064[m^3] enlist("[st-br] Strike (Br.) = 2 [bu-br]", 0.07273744); // 1 [st-br] = 0.07273744 [m^3] enlist("[st-us] Strike (Am.) = 2 [bu-us]", 0.07047814033376); // 1 [st-us] = 0.07047814033376[m^3] enlist("[tbsp-br] Table spoon (Br.)", 17.7581640625e-6); // 1 [tbsp-br] = 17.7581640625e-6[m^3] enlist("[tbsp-us] Table spoon (Am.)", 14.7867647825e-6); // 1 [tbsp-us] = 14.7867647825e-6[m^3] enlist("[tbsp-ca] Table spoon (Canada)", 14.20653125e-6); // 1 [tbsp-ca] = 14.20653125e-6 [m^3] enlist("[tbsp-me] Table spoon (metric)", 15e-6); // 1 [tbsp-me] = 15e-6); [m^3] enlist("[dsp-br] Dessert spoon (Br.)", 11.838776041e-6); // 1 [dsp-br] = 11.838776041e-6 [m^3] enlist("[tsp-br] Tea spoon (Br.)", 5.91938802083e-6); // 1 [tsp-br] = 5.91938802083e-6[m^3] enlist("[tsp-us] Tea spoon (Am.)", 4.928921595e-6); // 1 [tsp-us] = 4.928921595e-6 [m^3] enlist("[tsp-me] Tea spoon (metric)", 5.0e-6); // 1 [tsp-me] = 5.0e-6 [m^3] enlist("[ic] Icce (Hungary)", 0.0008483999989211746); // 1 [ic] = 0.00084839999892[m^3] enlist("[bun] Bun, ban (Thailand)", 1.0); // 1 [bun] = 1 [m^3] enlist("[cu] Cuo (China)", 0.000001); // 1 [cu] = 0.000001 [m^3] enlist("[dan] Dan (China)", 0.1); // 1 [dan] = 0.1 [m^3] enlist("[doe] Doe (Korea)", 0.001803); // 1 [doe] = 0.001803 [m^3] enlist("[dou] Dou (China)", 0.01); // 1 [dou] = 0.01 [m^3] enlist("[ge] Ge (China)", 0.0001); // 1 [ge] = 0.0001 [m^3] enlist("[gou] Gou, go (Japan)", 0.00018039); // 1 [gou] = 0.00018039 [m^3] enlist("[hop] Hop (Korea)", 0.0001803); // 1 [hop] = 0.0001803 [m^3] enlist("[kok] Koku (Japan)", 0.1803899); // 1 [kok] = 0.1803899 [m^3] enlist("[kw] Kwian, kwien (Thailand)", 2.0); // 1 [kw] = 2 [m^3] enlist("[ma] Mal (Korea)", 0.01803); // 1 [ma] = 0.01803 [m^3] enlist("[sa] Sat (Thailand)", 0.02); // 1 [sa] = 0.02 [m^3] enlist("[se] Seki (Japan)", 0.18039); // 1 [se] = 0.18039 [m^3] enlist("[sh] Shao (China)", 0.00001); // 1 [sh] = 0.18039 [m^3] enlist("[she] Sheng (China)", 0.001); // 1 [she] = 0.001 [m^3] enlist("[sy] Syou, sho (Japan)", 0.0018039); // 1 [sy] = 0.0018039 [m^3] enlist("[ta] Tanan, tananloung (Thailand)", 0.001); // 1 [ta] = 0.001 [m^3] enlist("[tg] Tang (Thailand)", 0.02); // 1 [tg] = 0.02 [m^3] enlist("[to] To (Japan)", 0.018039); } // 1 [to] = 0.018039 [m^3] else if (typeID=="time") { // Time: enlist("[s] Second", 1.0); // 1 [s] is base enlist("[min] Minute = 60 [s]", 60.0); // 1 [min] = 60 [s] enlist("[h] Hour = 60 [min]", 3600.0); // 1 [h] = 3600 [s] enlist("[d] Day = 24 [h]", 86400.0); // 1 [d] = 86400 [s] enlist("[wk] Week = 7 [d]", 604800.0); // 1 [wk] = 604800 [s] enlist("[fn] Fortnight = 2 [wk]", 1209600.0); // 1 [fn] = 1209600 [s] enlist("[mo-h] Month hollow = 29 [d]", 2505600.0); // 1 [mo-h] = 2505600 [s] enlist("[mo-f] Month full = 30 [d]", 2592000.0); // 1 [mo-f] = 2592000 [s] enlist("[qt] Quarter = 365[d] / 4", 7884000.0); // 1 [qt] = 7884000 [s] enlist("[a-c] Year calender = 365 [d]", 31536000.0); // 1 [a-c] = 31536000 [s] enlist("[a-g] Year gregorian = 365.2425 [d]", 31556952.0); // 1 [a-g] = 31556952 [s] enlist("[a-j] Year julian = 365.25 [d]", 31557600.0); // 1 [a-j] = 31557600 [s] enlist("[dec] Decade = 10*365 [d]", 315360000.0); // 1 [dec] = 315360000 [s] enlist("[c-c] Century calendar = 100*365 [d]", 3153600000.0); // 1 [c-c] = 3153600000 [s] enlist("[c-g] Century greg. = 100*365.2425[d]", 3155695200.0); // 1 [c-g] = 3155695200 [s] enlist("[c-j] Century julian = 100*365.25[d]", 3155760000.0); // 1 [c-j] = 3155760000 [s] enlist("[m-c] Millenium calendar = 1000*365[d]", 31536000000.0); // 1 [m-c] = 31536000000 [s] enlist("[m-g] Millenium greg.= 1000*365.2425[d]",31556952000.0); // 1 [m-g] = 31556952000 [s] enlist("[m-j] Millenium julian = 1000*365.25[d]",31557600000.0); } // 1 [m-j] = 31557600000 [s] else if (typeID=="frequency") { // Frequency: enlist("[1/s] 1/Second", 1.0); // 1 [1/s] is base enlist("[Hz] Hertz", 1.0); // 1 [Hz] = 1 [1/s] enlist("[kHz] Kilohertz", 1000.0); // 1 [kHz] = 1000 [1/s] enlist("[MHz] Megahertz", 1000000.0); // 1 [MHz] = 1000000 [1/s] enlist("[GHz] Gigahertz", 1000000000.0); // 1 [GHz] = 1000000000 [1/s] enlist("[THz] Terahertz", 1000000000000.0); // 1 [THz] = 1000000000000 [1/s] enlist("[PHz] Petahertz", 1000000000000000.0); // 1 [PHz] = 1000000000000000 [1/s] enlist("[EHz] Exahertz", 1000000000000000000.0); // 1 [EHz] = 1000000000000000000[1/s] enlist("[cyc/s] Rotations (cycles) per second", 1.0); // 1 [cyc/s]= 1 [1/s] enlist("[RPM] Rotations (cycles) per minute", 1.0/60.0); // 1 [RPM] = 1/60 [1/s] enlist("[r/h] Rotations (cycles) per hour", 1.0/3600.0); // 1 [r/h] = 1/3600 [1/s] enlist("[rad/s] Radians per second", 1.0/6.283185307179586); // 1 [rad/s]= 1/6.283185307179586[1/s] enlist("[rad/m] Radians per minute", 1.0/376.99111843077515); // 1 [rad/m]= 1/376.9911184307751[1/s] enlist("[rad/h] Radians per hour", 1.0/22619.46710584651); // 1 [rad/h]= 1/22619.46710584651[1/s] enlist("[deg/s] Degrees per second", 1.0/360.0); // 1 [deg/s]= 1/360 [1/s] enlist("[deg/m] Degrees per minute", 1.0/21600.0); // 1 [deg/m]= 1/21600 [1/s] enlist("[deg/h] Degrees per hour", 1.0/1296000.0); // 1 [deg/h]= 1/1296000 [1/s] enlist("[gon/s] Grade (Neugrad) per second", 1.0/400.0); // 1 [gon/s]= 1/400 [1/s] enlist("[gon/m] Grade (Neugrad) per minute", 1.0/24000.0); // 1 [gon/m]= 1/24000 [1/s] enlist("[gon/h] Grade (Neugrad) per hour", 1.0/1440000.0); } // 1 [gon/h]= 1/1440000 [1/s] else if (typeID=="speed") { // Speed: enlist("[m/s] Meter per second", 1.0); // 1 [m/s] is base enlist("[m/min] Meter per minute", 1.0/60.0); // 1 [m/min] = 1/60 [m/s] enlist("[m/h] Meter per hour", 1.0/3600.0); // 1 [m/h] = 1/3600 [m/s] enlist("[km/s] Kilometer per second", 1000.0); // 1 [km/s] = 1000 [m/s] enlist("[km/min] Kilometer per minute", 1000.0/60.0); // 1 [km/min] = 1000/60 [m/s] enlist("[km/h] Kilometer per hour", 1000.0/3600.0); // 1 [km/h] = 1000/3600 [m/s] enlist("[mps] Miles per second", 1609.344); // 1 [mps] = 1609.344 [m/s] enlist("[mpm] Miles per minute", 1609.344/60.0); // 1 [mpm] = 1609.344/60 [m/s] enlist("[mph] Miles per hour", 1609.344/3600.0); // 1 [mph] = 1609.344/3600 [m/s] enlist("[fps] Feet per second", 0.3048); // 1 [fps] = 0.3048 [m/s] enlist("[fpm] Feet per minute", 0.3048/60.0); // 1 [fpm] = 0.3048/60 [m/s] enlist("[fph] Feet per hour", 0.3048/3600.0); // 1 [fph] = 0.3048/3600 [m/s] enlist("[ips] Inch per second", 0.0254); // 1 [ips] = 0.0254 [m/s] enlist("[ipm] Inch per minute", 0.0254/60.0); // 1 [ipm] = 0.0254/60 [m/s] enlist("[iph] Inch per hour", 0.0254/3600.0); // 1 [iph] = 0.0254/3600 [m/s] enlist("[kn] Sea miles per hour = knot", 1852.0/3600.0); // 1 [kn] = 1852.0/3600 [m/s] enlist("[c-air] Sound speed in the air", 340.2933); // 1 [c-air] = 340.2933 [m/s] enlist("[c-h2o] Sound speed in water", 1484.0); // 1 [c-h2o] = 1484 [m/s] enlist("[c-ice] Sound speed in ice", 3250.0); // 1 [c-ice] = 3250 [m/s] enlist("[c-oil] Sound speed in oil", 1740.0); // 1 [c-oil] = 1740 [m/s] enlist("[c-gla] Sound speed in glass", 5300.0); // 1 [c-gla] = 5300 [m/s] enlist("[c-ccr] Sound speed in concrete", 3100.0); // 1 [c-ccr] = 3100 [m/s] enlist("[c-tim] Sound speed in timber (beech)", 3300.0); // 1 [c-tim] = 3300 [m/s] enlist("[c-alu] Sound speed in aluminium", 6300.0); // 1 [c-alu] = 6300 [m/s] enlist("[c-cop] Sound speed in copper", 4660.0); // 1 [c-cop] = 4660 [m/s] enlist("[c-ste] Sound speed in steel", 5920.0); // 1 [c-ste] = 5920 [m/s] enlist("[c-tit] Sound speed in titanium", 6100.0); // 1 [c-tit] = 6100 [m/s] enlist("[c] Light speed", 299792458.0); } // 1 [c] = 299792458 [m/s] else if (typeID=="acceleration") { // Acceleration: enlist("[m/s^2] Meter/second per second", 1.0); // 1 [m/s^2] is base enlist("[m/m/s] Meter/minute per second", 1.0/60.0); // 1 [m/m/s] = 1/60 [m/s^2] enlist("[m/h/s] Meter/hour per second", 1.0/3600.0); // 1 [m/h/s] = 1/3600 [m/s^2] enlist("[km/s^2] Kilometer/second per second", 1000.0); // 1 [km/s^2] = 1000 [m/s^2] enlist("[km/m/s] Kilometer/minute per second", 1000.0/60.0); // 1 [km/m/s] = 1000/60 [m/s^2] enlist("[km/h/s] Kilometer/hour per second", 1000.0/3600.0); // 1 [km/h/s] = 1000/3600 [m/s^2] enlist("[mps^2] Miles/second per second", 1609.344); // 1 [mps^2] = 1609.344 [m/s^2] enlist("[mpm/s] Miles/minute per second", 1609.344/60.0); // 1 [mpm/s] = 1609.344/60 [m/s^2] enlist("[mph/s] Miles/hour per second", 1609.344/3600.0); // 1 [mph/s] = 1609.344/3600 [m/s^2] enlist("[fps^2] Feet/second per second", 0.3048); // 1 [fps^2] = 0.3048 [m/s^2] enlist("[fpm/s] Feet/minute per second", 0.3048/60.0); // 1 [fpm/s] = 0.3048/60 [m/s^2] enlist("[fph/s] Feet/hour per second", 0.3048/3600.0); // 1 [fph/s] = 0.3048/3600 [m/s^2] enlist("[ips^2] Inch/second per second", 0.0254); // 1 [ips^2] = 0.0254 [m/s^2] enlist("[ipm/s] Inch/minute per second", 0.0254/60.0); // 1 [ipm/s] = 0.0254/60 [m/s^2] enlist("[iph/s] Inch/hour per second", 0.0254/3600.0); // 1 [iph/s] = 0.0254/3600 [m/s^2] enlist("[kn/s] Knot/second", 1852.0/3600.0); // 1 [kn/s] = 1852.0/3600 [m/s^2] enlist("[Gal] Galileo = 0.01m/s^2", 0.01); // 1 [Gal] = 0.01 [m/s^2] enlist("[g] Gravity | Erdbeschleunigung", 9.80665); } // 1 [g] = 9.80665 [m/s^2] else if (typeID=="mass") { // Mass: enlist("[kg] Kilogram", 1.0); // 1 [kg] is base enlist("[g] Gram", 0.001); // 1 [g] = 0.001 [kg] enlist("[t] Ton", 1000.0); // 1 [t] = 1000 [kg] enlist("[tn] Long ton (Br.)", 1016.0469088); // 1 [tn] = 1016.0469088 [kg] enlist("[sh tn] Short ton (Am.)", 907.18474); // 1 [sh tn] = 907.18474 [kg] enlist("[oz] Ounce = [lb]/16 (Br.) | Unze", 0.028349523125); // 1 [oz] = 0.028349523125 [kg] enlist("[oz t] Ounce (troy)", 0.0311034768); // 1 [oz t] = 0.0311034768 [kg] enlist("[lb] Pound (Br.) = 7000 [gr]", 0.45359237); // 1 [lb] = 0.45359237 [kg] enlist("[lb-t] Pound (troy) = 5760 [gr]", 0.3732417216); // 1 [lb-t] = 0.3732417216 [kg] enlist("[lb-m] Pound (metric)", 0.500); // 1 [lb-m] = 0.500 [kg] enlist("[st] Stone", 6.35029318); // 1 [st] = 6.35029318 [kg] enlist("[qt] Quarter = 2 stone", 12.70058636); // 1 [qt] = 12.70058636 [kg] enlist("[gr] Grain (Br.) | Korn", 0.00006479891); // 1 [gr] = 0.00006479891 [kg] enlist("[sl] Slug, geepound", 14.593903); // 1 [sl] = 14.593903 [kg] enlist("[q] Quintal (metric)", 100.0); // 1 [q] = 100 [kg] enlist("[kt] Carat (metric) | Karat", 0.0002); // 1 [kt] = 0.0002 [kg] enlist("[ba] Baht (Thailand)", 0.015); // 1 [ba] = 0.015 [kg] enlist("[ch] Chung (Thailand)", 1.2); // 1 [ch] = 1.2 [kg] enlist("[do] Don (Korea)", 0.00375); // 1 [do] = 0.00375 [kg] enlist("[ge] Geun (Korea)", 0.600); // 1 [ge] = 0.600 [kg] enlist("[gw] Gwan (Korea)", 3.75); // 1 [gw] = 3.75 [kg] enlist("[ha] Harb (Thailand)", 60.0); // 1 [ha] = 60 [kg] enlist("[jn] Jin (China)", 0.500); // 1 [jn] = 0.500 [kg] enlist("[Jn] Jin (Taiwan)", 0.600); // 1 [Jn] = 0.600 [kg] enlist("[ka] Kan (Japan)", 3.75); // 1 [ka] = 3.75 [kg] enlist("[ki] Kin, kinn (Japan)", 0.600); // 1 [ki] = 0.600 [kg] enlist("[li] Liang (China)", 0.0500); // 1 [li] = 0.0500 [kg] enlist("[Li] Liang (Taiwan)", 0.0375); // 1 [Li] = 0.0375 [kg] enlist("[mo] Monme (Japan)", 0.00375); // 1 [mo] = 0.00375 [kg] enlist("[sa] Saloung (Thailand)", 0.00375); // 1 [sa] = 0.00375 [kg] enlist("[ta] Tamlung (Thailand)", 0.06); } // 1 [ta] = 0.06 [kg] else if (typeID=="density") { // Density: enlist("[kg/m^3] Kilogram per cubic meter", 1.0); // 1 [kg/m^3] is base enlist("[kg/dm^3] Kilogram per liter", 1000.0); // 1 [kg/dm^3] = 1000 [kg/m^3] enlist("[kg/cm^3] Kilogram per milliliter", 1000000.0); // 1 [kg/cm^3] = 1000000 [kg/m^3] enlist("[kg/ft^3] Kilogram per cubic feet", 1.0/0.028316846592); // 1 [kg/ft^3] = 1/(0.3048^3) [kg/m^3] enlist("[kg/in^3] Kilogram per cubic inch", 1.0/0.000016387064); // 1 [kg/in^3] = 1/(0.0254^3) [kg/m^3] enlist("[kg/yd^3] Kilogram per cubic yard", 1.0/0.764554857984); // 1 [kg/yd^3] = 1/(0.9144^3) [kg/m^3] enlist("[g/m^3] Gram per cubic meter", 0.001); // 1 [g/m^3] = 0.001 [kg/m^3] enlist("[g/dm^3] Gram per liter", 1.0); // 1 [g/dm^3] = 1 [kg/m^3] enlist("[g/cm^3] Gram per milliliter", 1000.0); // 1 [g/cm^3] = 1000 [kg/m^3] enlist("[g/ft^3] Gram per cubic feet", 0.001/0.028316846592); // 1 [g/ft^3] = 0.001/(0.3048^3) [..] enlist("[g/in^3] Gram per cubic inch", 0.001/0.000016387064); // 1 [g/in^3] = 0.001/(0.0254^3) [..] enlist("[g/yd^3] Gram per cubic yard", 0.001/0.764554857984); // 1 [g/yd^3] = 0.001/(0.9144^3) [..] enlist("[t/m^3] Ton per cubic meter", 1000.0); // 1 [t/m^3] = 1000 [kg/m^3] enlist("[t/dm^3] Ton per liter", 1000000.0); // 1 [t/dm^3] = 1000000 [kg/m^3] enlist("[t/cm^3] Ton per milliliter", 1000000000.0); // 1 [t/cm^3] = 1000000000 [kg/m^3] enlist("[t/ft^3] Ton per cubic feet", 1000.0/0.028316846592); // 1 [t/ft^3] = 1000/(0.3048^3) [..] enlist("[t/in^3] Ton per cubic inch", 1000.0/0.000016387064); // 1 [t/in^3] = 1000/(0.0254^3) [..] enlist("[t/yd^3] Ton per cubic yard", 1000.0/0.764554857984); // 1 [t/yd^3] = 1000/(0.9144^3) [..] enlist("[lb/m^3] Pounds per cubic meter", 0.45359237); // 1 [lb/m^3] = 0.45359237 [kg/m^3] enlist("[lb/dm^3] Pounds per liter", 453.59237); // 1 [lb/dm^3] = 453.59237 [kg/m^3] enlist("[lb/cm^3] Pounds per milliliter", 453592.37); // 1 [lb/cm^3] = 453592.37 [kg/m^3] enlist("[lb/ft^3] Pounds per cubic feet", 16.018463373960138); // 1 [lb/ft^3] = 16.0184633740[kg/m^3] enlist("[lb/in^3] Pounds per cubic inch", 27679.904710203125); // 1 [lb/in^3] = 27679.9047102[kg/m^3] enlist("[lb/yd^3] Pounds per cubic yard", 0.5932764212577829); // 1 [lb/yd^3] = 0.59327642126[kg/m^3] enlist("[sl/m^3] Slug per cubic meter", 14.593903); // 1 [sl/m^3] = 14.593903 [kg/m^3] enlist("[sl/dm^3] Slug per liter", 14593.903); // 1 [sl/dm^3] = 14593.903 [kg/m^3] enlist("[sl/cm^3] Slug per milliliter", 14593903.0); // 1 [sl/cm^3] = 14593903.0 [kg/m^3] enlist("[sl/ft^3] Slug per cubic feet", 515.3788206107324); // 1 [sl/ft^3] = 515.378820611[kg/m^3] enlist("[sl/in^3] Slug per cubic inch", 890574.6020153457); // 1 [sl/in^3] = 890574.602015[kg/m^3] enlist("[sl/yd^3] Slug per cubic yard", 19.088104467064166); // 1 [sl/yd^3] = 19.0881044671[kg/m^3] enlist("[gr/m^3] Grain per cubic meter", 0.00006479891); // 1 [gr/m^3] = 0.00006479891[kg/m^3] enlist("[gr/dm^3] Grain per liter", 0.06479891); // 1 [gr/dm^3] = 0.06479891 [kg/m^3] enlist("[gr/cm^3] Grain per milliliter", 64.79891); // 1 [gr/cm^3] = 64.79891 [kg/m^3] enlist("[gr/ft^3] Grain per cubic feet", 0.0022883519105657336); // 1 [gr/ft^3] = 0.00228835191[kg/m^3] enlist("[gr/in^3] Grain per cubic inch", 3.9542721014575886); // 1 [gr/in^3] = 3.95427210146[kg/m^3] enlist("[gr/in^3] Grain per cubic yard", 0.00008475377446539755); } // 1 [gr/in^3] = 0.00008475377[kg/m^3] else if (typeID=="force") { // Force: enlist("[N] Newton = 1 kgm/s^2", 1.0); // 1 [N] is base enlist("[kN] Kilonewton", 1000.0); // 1 [kN] = 1000 [N] enlist("[MN] Meganewton", 1000000.0); // 1 [MN] = 1000000 [N] enlist("[kgf, kp] Kilogram-force | Kilopond", 9.80665); // 1 [kp] = 9.80665 [N] enlist("[MP] Ton-force | Megapond", 9806.65); // 1 [MP] = 9806.65 [N] enlist("[lbf] Pound force", 4.4482216152605); // 1 [lbf] = 4.4482216152605 [N] enlist("[kip, klb] Kilopound force", 4448.2216152605); // 1 [kip] = 4448.2216152605 [N] enlist("[pdl] Poundal = 1 lb*ft/s^2", 0.138254954376); // 1 [pdl] = 0.138254954376 [N] enlist("[dyn] Dyne = 1 g*cm/s^2", 0.00001); // 1 [dyn] = 0.00001 [N] enlist("[jpm] Joule per meter", 1.0); } // 1 [jpm] = 1 [N] else if (typeID=="moment") { // Moment: enlist("[Nm] Newton meter", 1.0); // 1 [Nm] is base enlist("[Ndm] Newton decimeter", 0.1); // 1 [Ndm] = 0.1 [Nm] enlist("[Ncm] Newton centimeter", 0.01); // 1 [Ncm] = 0.01 [Nm] enlist("[Nmm] Newton millimeter", 0.001); // 1 [Nmm] = 0.001 [Nm] enlist("[Nft] Newton feet", 0.3048); // 1 [Nft] = 0.3048 [Nm] enlist("[Nin] Newton inch", 0.0254); // 1 [Nin] = 0.0254 [Nm] enlist("[Nyd] Newton yard", 0.9144); // 1 [Nyd] = 0.9144 [Nm] enlist("[kNm] Kilonewton meter", 1000.0); // 1 [kNm] = 1000.0 [Nm] enlist("[kNdm] Kilonewton decimeter", 100.0); // 1 [kNdm] = 100.0 [Nm] enlist("[kNcm] Kilonewton centimeter", 10.0); // 1 [kNcm] = 10.0 [Nm] enlist("[kNmm] Kilonewton millimeter", 1.0); // 1 [kNmm] = 1.0 [Nm] enlist("[kNft] Kilonewton feet", 304.8); // 1 [kNft] = 304.8 [Nm] enlist("[kNin] Kilonewton inch", 25.4); // 1 [kNin] = 25.4 [Nm] enlist("[kNyd] Kilonewton yard", 914.4); // 1 [kNyd] = 914.4 [Nm] enlist("[MNm] Meganewton meter", 1000000.0); // 1 [MNm] = 1000000.0 [Nm] enlist("[MNdm] Meganewton decimeter", 100000.0); // 1 [MNdm] = 100000.0 [Nm] enlist("[MNcm] Meganewton centimeter", 10000.0); // 1 [MNcm] = 10000.0 [Nm] enlist("[MNmm] Meganewton millimeter", 1000.0); // 1 [MNmm] = 1000.0 [Nm] enlist("[MNft] Meganewton feet", 304800.0); // 1 [MNft] = 304800 [Nm] enlist("[MNin] Meganewton inch", 25400.0); // 1 [MNin] = 25400 [Nm] enlist("[MNyd] Meganewton yard", 914400.0); // 1 [MNyd] = 914400 [Nm] enlist("[kpm] Kilopond meter", 9.80665); // 1 [kpm] = 9.80665 [Nm] enlist("[kpdm] Kilopond decimeter", 0.980665); // 1 [kpdm] = 0.980665 [Nm] enlist("[kpcm] Kilopond centimeter", 0.0980665); // 1 [kpcm] = 0.0980665 [Nm] enlist("[kpmm] Kilopond millimeter", 0.00980665); // 1 [kpmm] = 0.00980665 [Nm] enlist("[kpft] Kilopond feet", 9.80665*0.3048); // 1 [kpft] = 9.80665*0.3048 [Nm] enlist("[kpin] Kilopond inch", 9.80665*0.0254); // 1 [kpin] = 9.80665*0.0254 [Nm] enlist("[kpyd] Kilopond yard", 9.80665*0.9144); // 1 [kpyd] = 9.80665*0.9144 [Nm] enlist("[MPm] Megapond meter", 9806.65); // 1 [MPm] = 9806.65 [Nm] enlist("[MPdm] Megapond decimeter", 980.665); // 1 [MPdm] = 980.665 [Nm] enlist("[MPcm] Megapond centimeter", 98.06650); // 1 [MPcm] = 98.06650 [Nm] enlist("[MPmm] Megapond millimeter", 9.806650); // 1 [MPmm] = 9.806650 [Nm] enlist("[MPft] Megapond feet", 9806.65*0.3048); // 1 [MPft] = 9806.65*0.3048 [Nm] enlist("[MPin] Megapond inch", 9806.65*0.0254); // 1 [MPin] = 9806.65*0.0254 [Nm] enlist("[MPyd] Megapond yard", 9806.65*0.9144); // 1 [MPyd] = 9806.65*0.9144 [Nm] enlist("[lbf*m] Pound force meter", 4.4482216152605); // 1 [lbf*m] = 4.4482216152605 [Nm] enlist("[lbf*dm] Pound force decimeter", 0.44482216152605); // 1 [lbf*dm] = 0.44.4822161526 [Nm] enlist("[lbf*cm] Pound force centimeter", 0.044482216152605); // 1 [lbf*cm] = 0.0444.82216153 [Nm] enlist("[lbf*mm] Pound force millimeter", 0.0044482216152605); // 1 [lbf*mm] = 0.004448.221615 [Nm] enlist("[lbf*ft] Pound force feet", 4.4482216152605*0.3048); // 1 [lbf*ft] = 4.4482216*0.3048 [Nm] enlist("[lbf*in] Pound force inch", 4.4482216152605*0.0254); // 1 [lbf*in] = 4.4482216*0.0254 [Nm] enlist("[lbf*yd] Pound force yard", 4.4482216152605*0.9144); // 1 [lbf*yd] = 4.4482216*0.9144 [Nm] enlist("[kip*m] Kilopound force meter", 4448.2216152605); // 1 [kip*m] = 4448.2216152605 [Nm] enlist("[kip*dm] Kilopound force decimeter", 444.82216152605); // 1 [kip*dm] = 444.82216152605 [Nm] enlist("[kip*cm] Kilopound force centimeter", 44.482216152605); // 1 [kip*cm] = 44.482216152605 [Nm] enlist("[kip*mm] Kilopound force millimeter", 4.4482216152605); // 1 [kip*mm] = 4.4482216152605 [Nm] enlist("[kip*ft] Kilopound force feet", 4448.2216152605*0.3048); // 1 [kip*ft] = 4448.2216*0.3048 [Nm] enlist("[kip*in] Kilopound force inch", 4448.2216152605*0.0254); // 1 [kip*in] = 4448.2216*0.0254 [Nm] enlist("[kip*yd] Kilopound force yard", 4448.2216152605*0.9144); // 1 [kip*yd] = 4448.2216*0.9144 [Nm] enlist("[pdl*m] Poundal meter", 0.138254954376); // 1 [pdl*m] = 0.138254954376 [Nm] enlist("[pdl*dm] Poundal decimeter", 0.0138254954376); // 1 [pdl*dm] = 0.0138254954376 [Nm] enlist("[pdl*cm] Poundal centimeter", 0.00138254954376); // 1 [pdl*cm] = 0.00138254954376 [Nm] enlist("[pdl*mm] Poundal millimeter", 0.000138254954376); // 1 [pdl*mm] = 0.00013825495438 [Nm] enlist("[pdl*ft] Poundal feet", 0.138254954376*0.3048); // 1 [pdl*ft] = 0.1382550*0.3048 [Nm] enlist("[pdl*in] Poundal inch", 0.138254954376*0.0254); // 1 [pdl*in] = 0.1382550*0.0254 [Nm] enlist("[pdl*yd] Poundal yard", 0.138254954376*0.9144); // 1 [pdl*yd] = 0.1382550*0.9144 [Nm] enlist("[dyn/m] Dyne meter", 0.00001); // 1 [dyn/m] = 0.00001 [Nm] enlist("[dyn/dm] Dyne decimeter", 0.000001); // 1 [dyn/dm] = 0.000001 [Nm] enlist("[dyn/cm] Dyne centimeter", 0.0000001); // 1 [dyn/cm] = 0.0000001 [Nm] enlist("[dyn/mm] Dyne millimeter", 0.00000001); // 1 [dyn/mm] = 0.00000001 [Nm] enlist("[dyn/ft] Dyne feet", 0.00001*0.3048); // 1 [dyn/ft] = 0.00001/0.3048 [Nm] enlist("[dyn/in] Dyne inch", 0.00001*0.0254); // 1 [dyn/in] = 0.00001/0.0254 [Nm] enlist("[dyn/yd] Dyne yard", 0.00001*0.9144); } // 1 [dyn/yd] = 0.00001/0.9144 [Nm] else if (typeID=="forcePerLength") { // Force per Length: enlist("[N/m] Newton per meter", 1.0); // 1 [N/m] is base enlist("[N/dm] Newton per decimeter", 10.0); // 1 [N/dm] = 10 [N/m] enlist("[N/cm] Newton per centimeter", 100.0); // 1 [N/cm] = 100 [N/m] enlist("[N/mm] Newton per millimeter", 1000.0); // 1 [N/mm] = 1000 [N/m] enlist("[N/ft] Newton per feet", 1.0/0.3048); // 1 [N/ft] = 1/0.3048 [N/m] enlist("[N/in] Newton per inch", 1.0/0.0254); // 1 [N/in] = 1/0.0254 [N/m] enlist("[N/yd] Newton per yard", 1.0/0.9144); // 1 [N/yd] = 1/0.9144 [N/m] enlist("[kN/km] Kilonewton per kilometer", 1.0); // 1 [kN/m] = 1 [N/m] enlist("[kN/m] Kilonewton per meter", 1000.0); // 1 [kN/m] = 1000 [N/m] enlist("[kN/dm] Kilonewton per decimeter", 10000.0); // 1 [kN/dm] = 10000 [N/m] enlist("[kN/cm] Kilonewton per centimeter", 100000.0); // 1 [kN/cm] = 100000 [N/m] enlist("[kN/mm] Kilonewton per millimeter", 1000000.0); // 1 [kN/mm] = 1000000 [N/m] enlist("[kN/ft] Kilonewton per feet", 1000.0/0.3048); // 1 [kN/ft] = 1000/0.3048 [N/m] enlist("[kN/in] Kilonewton per inch", 1000.0/0.0254); // 1 [kN/in] = 1000/0.0254 [N/m] enlist("[kN/yd] Kilonewton per yard", 1000.0/0.9144); // 1 [kN/yd] = 1000/0.9144 [N/m] enlist("[MN/km] Meganewton per kilometer", 1000.0); // 1 [MN/m] = 1000 [N/m] enlist("[MN/m] Meganewton per meter", 1000000.0); // 1 [MN/m] = 1000000 [N/m] enlist("[MN/dm] Meganewton per decimeter", 10000000.0); // 1 [MN/dm] = 10000000 [N/m] enlist("[MN/cm] Meganewton per centimeter", 100000000.0); // 1 [MN/cm] = 100000000 [N/m] enlist("[MN/mm] Meganewton per millimeter", 1000000000.0); // 1 [MN/mm] = 1000000000 [N/m] enlist("[MN/ft] Meganewton per feet", 1000000.0/0.3048); // 1 [MN/ft] = 1000000/0.3048 [N/m] enlist("[MN/in] Meganewton per inch", 1000000.0/0.0254); // 1 [MN/in] = 1000000/0.0254 [N/m] enlist("[MN/yd] Meganewton per yard", 1000000.0/0.9144); // 1 [MN/yd] = 1000000/0.9144 [N/m] enlist("[kp/m] Kilopond per meter", 9.80665); // 1 [kp/m] = 9.80665 [N/m] enlist("[kp/dm] Kilopond per decimeter", 98.0665); // 1 [kp/dm] = 98.0665 [N/m] enlist("[kp/cm] Kilopond per centimeter", 980.665); // 1 [kp/cm] = 980.665 [N/m] enlist("[kp/mm] Kilopond per millimeter", 9806.65); // 1 [kp/mm] = 9806.65 [N/m] enlist("[kp/ft] Kilopond per feet", 9.80665/0.3048); // 1 [kp/ft] = 9.80665/0.3048 [N/m] enlist("[kp/in] Kilopond per inch", 9.80665/0.0254); // 1 [kp/in] = 9.80665/0.0254 [N/m] enlist("[kp/yd] Kilopond per yard", 9.80665/0.9144); // 1 [kp/yd] = 9.80665/0.9144 [N/m] enlist("[MP/m] Megapond per meter", 9806.65); // 1 [MP/m] = 9806.65 [N/m] enlist("[MP/dm] Megapond per decimeter", 98066.5); // 1 [MP/dm] = 98066.5 [N/m] enlist("[MP/cm] Megapond per centimeter", 980665.0); // 1 [MP/cm] = 980665.0 [N/m] enlist("[MP/mm] Megapond per millimeter", 9806650.0); // 1 [MP/mm] = 9806650 [N/m] enlist("[MP/ft] Megapond per feet", 9806.65/0.3048); // 1 [MP/ft] = 9806.65/0.3048 [N/m] enlist("[MP/in] Megapond per inch", 9806.65/0.0254); // 1 [MP/in] = 9806.65/0.0254 [N/m] enlist("[MP/yd] Megapond per yard", 9806.65/0.9144); // 1 [MP/yd] = 9806.65/0.9144 [N/m] enlist("[lbf/m] Pound force per meter", 4.4482216152605); // 1 [lbf/m] = 4.4482216152605 [N/m] enlist("[lbf/dm] Pound force per decimeter", 44.482216152605); // 1 [lbf/dm] = 44.482216152605 [N/m] enlist("[lbf/cm] Pound force per centimeter", 444.82216152605); // 1 [lbf/cm] = 444.82216152605 [N/m] enlist("[lbf/mm] Pound force per millimeter", 4448.2216152605); // 1 [lbf/mm] = 4448.2216152605 [N/m] enlist("[lbf/ft] Pound force per feet", 4.4482216152605/0.3048); // 1 [lbf/ft] = 4.4482216/0.3048 [N/m] enlist("[lbf/in] Pound force per inch", 4.4482216152605/0.0254); // 1 [lbf/in] = 4.4482216/0.0254 [N/m] enlist("[lbf/yd] Pound force per yard", 4.4482216152605/0.9144); // 1 [lbf/yd] = 4.4482216/0.9144 [N/m] enlist("[kip/m] Kilopound force per meter", 4448.2216152605); // 1 [kip/m] = 4448.2216152605 [N/m] enlist("[kip/dm] Kilopound force per decimeter", 44482.216152605); // 1 [kip/dm] = 44482.216152605 [N/m] enlist("[kip/cm] Kilopound force per centimeter",444822.16152605); // 1 [kip/cm] = 444822.16152605 [N/m] enlist("[kip/mm] Kilopound force per millimeter",4448221.6152605); // 1 [kip/mm] = 4448221.6152605 [N/m] enlist("[kip/ft] Kilopound force per feet", 4448.2216152605/0.3048); // 1 [kip/ft] = 4448.2216/0.3048 [N/m] enlist("[kip/in] Kilopound force per inch", 4448.2216152605/0.0254); // 1 [kip/in] = 4448.2216/0.0254 [N/m] enlist("[kip/yd] Kilopound force per yard", 4448.2216152605/0.9144); // 1 [kip/yd] = 4448.2216/0.9144 [N/m] enlist("[pdl/m] Poundal per meter", 0.138254954376); // 1 [pdl/m] = 0.138254954376 [N/m] enlist("[pdl/dm] Poundal per decimeter", 1.38254954376); // 1 [pdl/dm] = 1.38254954376 [N/m] enlist("[pdl/cm] Poundal per centimeter", 13.8254954376); // 1 [pdl/cm] = 13.8254954376 [N/m] enlist("[pdl/mm] Poundal per millimeter", 138.254954376); // 1 [pdl/mm] = 138.254954376 [N/m] enlist("[pdl/ft] Poundal per feet", 0.138254954376/0.3048); // 1 [pdl/ft] = 0.1382550/0.3048 [N/m] enlist("[pdl/in] Poundal per inch", 0.138254954376/0.0254); // 1 [pdl/in] = 0.1382550/0.0254 [N/m] enlist("[pdl/yd] Poundal per yard", 0.138254954376/0.9144); // 1 [pdl/yd] = 0.1382550/0.9144 [N/m] enlist("[dyn/m] Dyne per meter", 0.00001); // 1 [dyn/m] = 0.00001 [N/m] enlist("[dyn/dm] Dyne per decimeter", 0.0001); // 1 [dyn/dm] = 0.0001 [N/m] enlist("[dyn/cm] Dyne per centimeter", 0.001); // 1 [dyn/cm] = 0.001 [N/m] enlist("[dyn/mm] Dyne per millimeter", 0.01); // 1 [dyn/mm] = 0.01 [N/m] enlist("[dyn/ft] Dyne per feet", 0.00001/0.3048); // 1 [dyn/ft] = 0.00001/0.3048 [N/m] enlist("[dyn/in] Dyne per inch", 0.00001/0.0254); // 1 [dyn/in] = 0.00001/0.0254 [N/m] enlist("[dyn/yd] Dyne per yard", 0.00001/0.9144); // 1 [dyn/yd] = 0.00001/0.9144 [N/m] enlist("[J/m^2] Joule per square meter", 1.0); } // 1 [J/m^2] = 1.0 [N/m] else if (typeID=="forcePerArea") { // Force per Area: enlist("[N/m^2] Newton per meter^2", 1.0); // 1 [N/m^2] is base enlist("[N/dm^2] Newton per decimeter^2", 100.0); // 1 [N/dm^2] = 100 [N/m^2] enlist("[N/cm^2] Newton per centimeter^2", 10000.0); // 1 [N/cm^2] = 10000 [N/m^2] enlist("[N/mm^2] Newton per millimeter^2", 1000000.0); // 1 [N/mm^2] = 1000000 [N/m^2] enlist("[N/ft^2] Newton per feet^2", 1.0/0.3048/0.3048); // 1 [N/ft^2] = 1/0.3048^2 [N/m^2] enlist("[N/in^2] Newton per inch^2", 1.0/0.0254/0.0254); // 1 [N/in^2] = 1/0.0254^2 [N/m^2] enlist("[N/yd^2] Newton per yard^2", 1.0/0.9144/0.9144); // 1 [N/yd^2] = 1/0.9144^2 [N/m^2] enlist("[kN/km^2] Kilonewton per kilometer^2", 0.001); // 1 [kN/m^2] = 0.001 [N/m^2] enlist("[kN/m^2] Kilonewton per meter^2", 1000.0); // 1 [kN/m^2] = 1000 [N/m^2] enlist("[kN/dm^2] Kilonewton per decimeter^2", 100000.0); // 1 [kN/dm^2] = 100000 [N/m^2] enlist("[kN/cm^2] Kilonewton per centimeter^2", 10000000.0); // 1 [kN/cm^2] = 10000000 [N/m^2] enlist("[kN/mm^2] Kilonewton per millimeter^2", 1000000000.0); // 1 [kN/mm^2] = 1000000000 [N/m^2] enlist("[kN/ft^2] Kilonewton per feet^2", 1000.0/0.3048/0.3048); // 1 [kN/ft^2] = 1000/0.3048^2[N/m^2] enlist("[kN/in^2] Kilonewton per inch^2", 1000.0/0.0254/0.0254); // 1 [kN/in^2] = 1000/0.0254^2[N/m^2] enlist("[kN/yd^2] Kilonewton per yard^2", 1000.0/0.9144/0.9144); // 1 [kN/yd^2] = 1000/0.9144^2[N/m^2] enlist("[MN/km^2] Meganewton per kilometer^2", 1.0); // 1 [MN/m^2] = 1 [N/m^2] enlist("[MN/m^2] Meganewton per meter^2", 1000000.0); // 1 [MN/m^2] = 1000000 [N/m^2] enlist("[MN/dm^2] Meganewton per decimeter^2", 100000000.0); // 1 [MN/dm^2] = 100000000 [N/m^2] enlist("[MN/cm^2] Meganewton per centimeter^2", 10000000000.0); // 1 [MN/cm^2] = 10000000000 [N/m^2] enlist("[MN/mm^2] Meganewton per millimeter^2", 1000000000000.0); // 1 [MN/mm^2] = 1000000000000[N/m^2] enlist("[MN/ft^2] Meganewton per feet^2", 1000000.0/0.3048/0.3048); // 1 [MN/ft^2] = 1000000/0.3048^2 [.] enlist("[MN/in^2] Meganewton per inch^2", 1000000.0/0.0254/0.0254); // 1 [MN/in^2] = 1000000/0.0254^2 [.] enlist("[MN/yd^2] Meganewton per yard^2", 1000000.0/0.9144/0.9144); // 1 [MN/yd^2] = 1000000/0.9144^2 [.] enlist("[kp/m^2] Kilopond per meter^2", 9.80665); // 1 [kp/m^2] = 9.80665 [N/m^2] enlist("[kp/dm^2] Kilopond per decimeter^2", 980.665); // 1 [kp/dm^2] = 980.665 [N/m^2] enlist("[kp/cm^2] Kilopond per centimeter^2", 98066.5); // 1 [kp/cm^2] = 98066.5 [N/m^2] enlist("[kp/mm^2] Kilopond per millimeter^2", 9806650.0); // 1 [kp/mm^2] = 9806650 [N/m^2] enlist("[kp/ft^2] Kilopond per feet^2", 9.80665/0.3048/0.3048); // 1 [kp/ft^2] = 9.81/0.3048^2[N/m^2] enlist("[kp/in^2] Kilopond per inch^2", 9.80665/0.0254/0.0254); // 1 [kp/in^2] = 9.81/0.0254^2[N/m^2] enlist("[kp/yd^2] Kilopond per yard^2", 9.80665/0.9144/0.9144); // 1 [kp/yd^2] = 9.81/0.9144^2[N/m^2] enlist("[MP/m^2] Megapond per meter^2", 9806.65); // 1 [MP/m^2] = 9806.65 [N/m^2] enlist("[MP/dm^2] Megapond per decimeter^2", 980665.0); // 1 [MP/dm^2] = 980665.0 [N/m^2] enlist("[MP/cm^2] Megapond per centimeter^2", 98066500.0); // 1 [MP/cm^2] = 98066500.0 [N/m^2] enlist("[MP/mm^2] Megapond per millimeter^2", 9806650000.0); // 1 [MP/mm^2] = 9806650000.0 [N/m^2] enlist("[MP/ft^2] Megapond per feet^2", 9806.65/0.3048/0.3048); // 1 [MP/ft^2] = 9807/0.3048^2[N/m^2] enlist("[MP/in^2] Megapond per inch^2", 9806.65/0.0254/0.0254); // 1 [MP/in^2] = 9807/0.0254^2[N/m^2] enlist("[MP/yd^2] Megapond per yard^2", 9806.65/0.9144/0.9144); // 1 [MP/yd^2] = 9807/0.9144^2[N/m^2] enlist("[lbf/m^2] Pound force per meter^2", 4.4482216152605); // 1 [lbf/m^2] = 4.44822161526[N/m^2] enlist("[lbf/dm^2] Pound force per decimeter^2", 444.82216152605); // 1 [lbf/dm^2] = 444.822161526[N/m^2] enlist("[lbf/cm^2] Pound force per centimeter^2",44482.216152605); // 1 [lbf/cm^2] = 44482.2161526[N/m^2] enlist("[lbf/mm^2] Pound force per millimeter^2",4448221.6152605); // 1 [lbf/mm^2] = 4448221.61526[N/m^2] enlist("[lbf/ft^2] Pound force per feet^2", 47.880258980335835); // 1 [lbf/ft^2] = 47.8802589803[N/m^2] enlist("[lbf/in^2] Pound force per inch^2", 6894.757293168361); // 1 [lbf/in^2] = 6894.75729317[N/m^2] enlist("[lbf/yd^2] Pound force per yard^2", 5.3200287755928715); // 1 [lbf/yd^2] = 5.32002877559[N/m^2] enlist("[kip/m^2] Kilopound force per meter^2", 4448.2216152605); // 1 [kip/m^2] = 4448.22161526[N/m^2] enlist("[kip/dm^2] Kilopound force per dm^2", 444822.16152605); // 1 [kip/dm^2] = 444822.161526[N/m^2] enlist("[kip/cm^2] Kilopound force per cm^2", 44482216.152605); // 1 [kip/cm^2] = 44482216.1526[N/m^2] enlist("[kip/mm^2] Kilopound force per mm^2", 4448221615.2605); // 1 [kip/mm^2] = 4448221615.26[N/m^2] enlist("[kip/ft^2] Kilopound force per feet^2", 47880.258980335835); // 1 [kip/ft^2] = 47880.2589803[N/m^2] enlist("[kip/in^2] Kilopound force per inch^2", 6894757.293168361); // 1 [kip/in^2] = 6894757.29317[N/m^2] enlist("[kip/yd^2] Kilopound force per yard^2", 5320.0287755928715); // 1 [kip/yd^2] = 5320.02877559[N/m^2] enlist("[pdl/m^2] Poundal per meter^2", 0.138254954376); // 1 [pdl/m^2] = 0.13825495438[N/m^2] enlist("[pdl/dm^2] Poundal per decimeter^2", 13.8254954376); // 1 [pdl/dm^2] = 13.8254954376[N/m^2] enlist("[pdl/cm^2] Poundal per centimeter^2", 1382.54954376); // 1 [pdl/cm^2] = 1382.54954376[N/m^2] enlist("[pdl/mm^2] Poundal per millimeter^2", 138254.954376); // 1 [pdl/mm^2] = 138254.954376[N/m^2] enlist("[pdl/ft^2] Poundal per feet^2", 1.4881639435695537); // 1 [pdl/ft^2] = 1.48816394357[N/m^2] enlist("[pdl/in^2] Poundal per inch^2", 214.29560787401576); // 1 [pdl/in^2] = 214.295607874[N/m^2] enlist("[pdl/yd^2] Poundal per yard^2", 0.16535154928550597); // 1 [pdl/yd^2] = 0.16535154929[N/m^2] enlist("[dyn/m^2] Dyne per meter^2", 0.00001); // 1 [dyn/m^2] = 0.00001 [N/m^2] enlist("[dyn/dm^2] Dyne per decimeter^2", 0.001); // 1 [dyn/dm^2] = 0.001 [N/m^2] enlist("[dyn/cm^2] Dyne per centimeter^2", 0.1); // 1 [dyn/cm^2] = 0.1 [N/m^2] enlist("[dyn/mm^2] Dyne per millimeter^2", 10.0); // 1 [dyn/mm^2] = 10 [N/m^2] enlist("[dyn/ft^2] Dyne per feet^2", 0.00001/0.3048/0.3048); // 1 [dyn/ft^2] = 0.00001/0.3048^2 [.] enlist("[dyn/in^2] Dyne per inch^2", 0.00001/0.0254/0.0254); // 1 [dyn/in^2] = 0.00001/0.0254^2 [.] enlist("[dyn/yd^2] Dyne per yard^2", 0.00001/0.9144/0.9144); // 1 [dyn/yd^2] = 0.00001/0.9144^2 [.] enlist("[Pa] Pascal = 1 N/m^2", 1.0); // 1 [Pa] = 1.0); [N/m^2] enlist("[hPa] Hectopascal = 100 N/m^2", 100.0); // 1 [hPa] = 100); [N/m^2] enlist("[psi] Pound (force) per square inch", 6894.757293168361); // 1 [psi] = 6894.75729317[N/m^2] enlist("[mmHg] mm quicksilver, Torr", 133.322387415); // 1 [mmHg] = 133.322387415[N/m^2] enlist("[inch Hg] Inch quicksilver", 3386.38864034); // 1 [inch = 3386.38864034[N/m^2] enlist("[mmWC] Millimeter water column", 9.80665); // 1 [mmWC] = 9.80665 [N/m^2] enlist("[mWC] Meter water column", 9806.65); // 1 [mWC] = 9806.65 [N/m^2] enlist("[bar] Bar = 10.0 N/cm^2", 100000.0); // 1 [bar] = 100000 [N/m^2] enlist("[mbar] Millibar", 100.0); // 1 [mbar] = 100 [N/m^2] enlist("[atm] Standard atmosphere = 760 Torr", 101325.0144354); // 1 [atm] = 101325.014435[N/m^2] enlist("[at] Technical atmosphere = 1 kp/cm^2", 98066.5); // 1 [at] = 98066.5 [N/m^2] enlist("[atü] = 1 kg/cm^2", 98066.5); } // 1 [atü] = 98066.5 [N/m^2] else if (typeID=="power") { // Power: enlist("[Nm/s] Newtonmeter per second", 1.0); // 1 [Nm/s] is base enlist("[J/s] Joule per second", 1.0); // 1 [J/s] = 1.0 [Nm/s] enlist("[kJ/h] Kilojoule per hour", 1000.0/3600.0); // 1 [kJ/h] = 1000.0/3600.0 [Nm/s] enlist("[W] Watt", 1.0); // 1 [W] = 1.0 [Nm/s] enlist("[kW] Kilowatt", 1000.0); // 1 [kW] = 1000.0 [Nm/s] enlist("[MW] Megawatt", 1000000.0); // 1 [MW] = 1000000.0 [Nm/s] enlist("[kcal/h] Kilocalorie per hour", 4186.8/3600.0); // 1 [kcal/h]= 1.16263888888889 [Nm/s] enlist("[PS] Pferdestärke", 735.4987); // 1 [PS] = 735.4987 [Nm/s] enlist("[HP] Hoursepower (Br.)", 745.69987158227022); // 1 [HP] = 745.699871582270 [Nm/s] enlist("[MP] Manpower = 1/10 HP", 74.569987158227022); // 1 [MP] = 74.5699871582270 [Nm/s] enlist("[BTU/s] British thermal unit per second",1055.05585262); // 1 [BTU/s] = 1055.0558526 [Nm/s] enlist("[BTU/m] British thermal unit per minute",1055.05585262/60.0); // 1 [BTU/m] = 1055.055852/60.0 [Nm/s] enlist("[BTU/h] British thermal unit per hour", 1055.05585262/3600.0); } // 1 [BTU/h] = 1055.0559/3600.0 [Nm/s] else if (typeID=="energy") { // Energy: enlist("[Nm] Newtonmeter", 1.0); // 1 [Nm] is base enlist("[J] Joule = 1 kg*m^2/s^2", 1.0); // 1 [J] = 1.0 [Nm] enlist("[kJ] Kilojoule", 1000.0); // 1 [kJ] = 1000.0 [Nm] enlist("[Ws] Watt second", 1.0); // 1 [Ws] = 1.0 [Nm] enlist("[Wh] Watt hour", 3600.0); // 1 [Wh] = 3600.0 [Nm] enlist("[kWh] Kilowatt hour", 3600000.0); // 1 [kWh] = 3600000.0 [Nm] enlist("[cal] calorie", 4.1868); // 1 [cal] = 4.1855 [Nm] enlist("[C, kcal] Calorie | Kilokalorie", 4186.8); // 1 [C, kcal]= 4185.5 [Nm] enlist("[PSh] Pferdestärke-hour", 2647795.32); // 1 [PSh] = 2647795.32 [Nm] enlist("[HPh] Hoursepower-hour", 2684519.537696173); // 1 [HPh] = 2684519.537696173 [Nm] enlist("[MPh] Manpower-hour = HPh/10", 268451.9537696173); // 1 [MPh] = 268451.9537696173 [Nm] enlist("[kpm] Kilopond meter", 9.80665); // 1 [kpm] = 9.80665 [Nm] enlist("[lbf.ft] Pound-force feet", 1.3558179483314003); // 1 [lbf.ft] = 1.355817948331400 [Nm] enlist("[pdl.ft] Poundal-force feet", 0.042140110093804806); // 1 [pdl.ft] = 0.042140110093805 [Nm] enlist("[BTU] British thermal unit", 1055.05585262); // 1 [BTU] = 1055.05585262 [Nm] enlist("[th] Therm = 100000BTU", 105505585.262); // 1 [th] = 105505585.262 [Nm] enlist("[qd] Quad = BTU * 1e15", 1055.05585262e15); // 1 [qd] = 1055.05585262e15 [Nm] enlist("[eV] Electronvolt", 1.602176e-19); } // 1 [eV] = 1.602176e-19 [Nm] else if (typeID=="massFlux") { // Mass flux: enlist("[kg/s] Kilogram per second", 1.0); // 1 [kg/s] is base enlist("[kg/m] Kilogram per minute", 1.0/60.0); // 1 [kg/m] = 1/60 [kg/s] enlist("[kg/h] Kilogram per hour", 1.0/3600.0); // 1 [kg/h] = 1/3600 [kg/s] enlist("[kg/h] Kilogram per day", 1.0/86400.0); // 1 [kg/h] = 1/86400 [kg/s] enlist("[g/s] Gram per second", 0.001); // 1 [g/s] = 0.001 [kg/s] enlist("[g/m] Gram per minute", 0.001/60.0); // 1 [g/m] = 0.001/60 [kg/s] enlist("[g/h] Gram per hour", 0.001/3600.0); // 1 [g/h] = 0.001/3600 [kg/s] enlist("[g/d] Gram per day", 0.001/86400.0); // 1 [g/d] = 0.001/86400 [kg/s] enlist("[lb/s] Pound per second", 0.45359237); // 1 [lb/s] = 0.45359237 [kg/s] enlist("[lb/m] Pound per minute", 0.45359237/60.0); // 1 [lb/m] = 0.45359237/60 [kg/s] enlist("[lb/h] Pound per hour", 0.45359237/3600.0); // 1 [lb/h] = 0.45359237/3600 [kg/s] enlist("[lb/d] Pound per day", 0.45359237/86400.0); // 1 [lb/d] = 0.45359237/86400[kg/s] enlist("[t/s] Ton per second", 1000.0); // 1 [t/s] = 1000 [kg/s] enlist("[t/m] Ton per minute", 1000.0/60.0); // 1 [t/m] = 1000/60 [kg/s] enlist("[t/h] Ton per hour", 1000.0/3600.0); // 1 [t/h] = 1000/3600 [kg/s] enlist("[t/d] Ton per day", 1000.0/86400.0); // 1 [t/d] = 1000/86400 [kg/s] enlist("[tn/s] Long ton (Br.) per second", 1016.0469088); // 1 [tn/s] = 1016.0469088 [kg/s] enlist("[tn/m] Long ton (Br.) per minute", 1016.0469088/60.0); // 1 [tn/m] = 1016.0469088/60 [kg/s] enlist("[tn/h] Long ton (Br.) per hour", 1016.0469088/3600.0); // 1 [tn/h] = 1016.046909/3600[kg/s] enlist("[tn/d] Long ton (Br.) per day", 1016.0469088/86400.0); // 1 [tn/d] = 1016.04691/86400[kg/s] enlist("[sh tn/s] Short ton (Am.) per second", 907.18474); // 1 [sh tn/s]= 907.18474 [kg/s] enlist("[sh tn/m] Short ton (Am.) per minute", 907.18474/60.0); // 1 [sh tn/m]= 907.18474/60 [kg/s] enlist("[sh tn/h] Short ton (Am.) per hour", 907.18474/3600.0); // 1 [sh tn/h]= 907.18474/3600 [kg/s] enlist("[sh tn/d] Short ton (Am.) per day", 907.18474/86400.0); } // 1 [sh tn/d]= 907.18474/86400 [kg/s] else if (typeID=="volumeFlux") { // Volume flux: enlist("[m^3/s] Cubic meter per second", 1.0); // 1 [m^3/s] is base [m^3/s] enlist("[m^3/m] Cubic meter per minute", 1.0/60.0); // 1 [m^3/m] = 1/60 [m^3/s] enlist("[m^3/h] Cubic meter per hour", 1.0/3600.0); // 1 [m^3/h] = 1/3600 [m^3/s] enlist("[m^3/d] Cubic meter per day", 1.0/86400.0); // 1 [m^3/d] = 1/86400 [m^3/s] enlist("[dm^3/s] Liter per second", 0.001); // 1 [dm^3/s] = 0.001 [m^3/s] enlist("[dm^3/m] Liter per minute", 0.001/60.0); // 1 [dm^3/m] = 0.001/60 [m^3/s] enlist("[dm^3/h] Liter per hour", 0.001/3600.0); // 1 [dm^3/h] = 0.001/3600 [m^3/s] enlist("[dm^3/d] Liter per day", 0.001/86400.0); // 1 [dm^3/d] = 0.001/86400 [m^3/s] enlist("[cm^3/s] Milliliter per second", 0.000001); // 1 [cm^3/s] = 0.000001); [m^3/s] enlist("[cm^3/m] Milliliter per minute", 0.000001/60.0); // 1 [cm^3/m] = 0.000001/60 [m^3/s] enlist("[cm^3/h] Milliliter per hour", 0.000001/3600.0); // 1 [cm^3/h] = 0.000001/3600 [m^3/s] enlist("[cm^3/d] Milliliter per day", 0.000001/86400.0); // 1 [cm^3/d] = 0.000001/86400 [m^3/s] enlist("[mi^3/s] Cubic mile per second", 4168181825.44058); // 1 [mi^3/s] = 4168181825.4405[m^3/s] enlist("[mi^3/m] Cubic mile per minute", 4168181825.44058/60.0); // 1 [mi^3/m] = 4168181825.4/60[m^3/s] enlist("[mi^3/h] Cubic mile per hour", 4168181825.44058/3600.0); // 1 [mi^3/h] = 4168181825/3600[m^3/s] enlist("[mi^3/d] Cubic mile per day", 4168181825.44058/86400.0); // 1 [mi^3/d] = 4168181825/86400[....] enlist("[ft^3/s] Cubic feet per second", 0.028316846592); // 1 [ft^3/s] = 0.028316846592 [m^3/s] enlist("[ft^3/m] Cubic feet per minute", 0.028316846592/60.0); // 1 [ft^3/m] = 0.0283168466/60[m^3/s] enlist("[ft^3/h] Cubic feet per hour", 0.028316846592/3600.0); // 1 [ft^3/h] = 0.02831685/3600[m^3/s] enlist("[ft^3/d] Cubic feet per day", 0.028316846592/86400.0); // 1 [ft^3/d] = 0.0283168/86400[m^3/s] enlist("[in^3/s] Cubic inch per second", 0.000016387064); // 1 [in^3/s] = 0.000016387064 [m^3/s] enlist("[in^3/m] Cubic inch per minute", 0.000016387064/60.0); // 1 [in^3/m] = 0.0000163871/60[m^3/s] enlist("[in^3/h] Cubic inch per hour", 0.000016387064/3600.0); // 1 [in^3/h] = 0.00001639/3600[m^3/s] enlist("[in^3/d] Cubic inch per day", 0.000016387064/86400.0); // 1 [in^3/d] = 0.0000164/86400[m^3/s] enlist("[yd^3/s] Cubic yard per second", 0.764554857984); // 1 [yd^3/s] = 0.764554857984 [m^3/s] enlist("[yd^3/m] Cubic yard per minute", 0.764554857984/60.0); // 1 [yd^3/m] = 0.7645548579/60[m^3/s] enlist("[yd^3/h] Cubic yard per hour", 0.764554857984/3600.0); // 1 [yd^3/h] = 0.76455486/3600[m^3/s] enlist("[yd^3/d] Cubic yard per day", 0.764554857984/86400.0);} // 1 [yd^3/d] = 0.7645549/86400[m^3/s] else if (typeID=="bandwith") { // bandwith: enlist("[bit] bit", 1.0); // 1 [bit] is base [bit] enlist("[kb] kilobit", 1024); // 1 [kbit] [bit] enlist("[Mb] Megabit", 1024*1024); // 1 [Mbit] [bit] enlist("[Gb] Gigabit", 1024*1024*1024); // 1 [Gbit] [bit] enlist("[Tb] Terabit", 1024*1024*1024*1024); // 1 [Tbit] [bit] enlist("[Pb] Petabit", 1024*1024*1024*1024*1024); // 1 [Pbit] [bit] enlist("[Eb] Exabit", 1024*1024*1024*1024*1024*1024); // 1 [Ebit] [bit] enlist("[Zb] Zettabit", 1024*1024*1024*1024*1024*1024*1024); // 1 [Zbit] [bit] enlist("[Yb] Yottabit", 1024*1024*1024*1024*1024*1024*1024*1024); // 1 [Ybit] [bit] enlist("Xonabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Wekabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Vundabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Udabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Tredabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Sortabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Rintabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Quexabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Peptabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Ochabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Nenabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Mingabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("Lumabit", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024); // 1 [] [bit] enlist("[Byte] Byte", 1*8); // 1 [Bytes] [bit] enlist("[kB] kiloByte", 1024*8); // 1 [kBytes] [bit] enlist("[MB] MegaByte", 1024*1024*8); // 1 [MBytes] [bit] enlist("[GB] GigaByte", 1024*1024*1024*8); // 1 [GBytes] [bit] enlist("[TB] TeraByte", 1024*1024*1024*1024*8); // 1 [TBytes] [bit] enlist("[PB] PetaByte", 1024*1024*1024*1024*1024*8);// 1 [PBytes] [bit] enlist("[EB] ExaByte", 1024*1024*1024*1024*1024*1024*8); // 1 [EBytes] [bit] enlist("[ZB] ZettaByte", 1024*1024*1024*1024*1024*1024*1024*8); // 1 [ZBytes] [bit] enlist("[YB] YottaByte", 1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [YBytes] [bit] enlist("XonaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("WekaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("VundaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("UdaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("TredaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("SortaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("RintaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("QuexaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("PeptaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("OchaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("NenaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("MingaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8); // 1 [] [bit] enlist("LumaByte", 1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*1024*8);} } // 1 [YBytes] [bit]