Format all of the source files

darkmode.js

@@ -10,7 +10,7 @@ function toggleDarkMode(e) {
 
 function setDarkMode(darkMode) {
   dark = darkMode;
-  window.localStorage.setItem("dark-mode",dark);
+  window.localStorage.setItem("dark-mode", dark);
   if (dark) {
     document.querySelector("body").classList.remove("light");
     document.querySelector("body").classList.add("dark");

sounds.js

@@ -2,37 +2,37 @@ let last_used = {};
 
 let sounds = {
   "crush": [["Thump.", "Thoomp."], ["Crunch."], ["Crrruunch."], ["CRUNCH!"], ["CRRRUNNCH!"], ["SKRRRRUNCH!"], ["SKRRRRRRRSMASH!"]],
-  "swallow": [["Ulp.", "Glp.", "Slurp."], ["Glrph.", "Glurk."], ["Gluuuurrkph!", "Glurp - GLK."],["GLRP!", "GULP!", "GLUK!"],["GLRRRRPKH!", "GLUUUURK!"],["GLUUUUURRPKH!", "GLOOOORPH-GLK!"]],
+  "swallow": [["Ulp.", "Glp.", "Slurp."], ["Glrph.", "Glurk."], ["Gluuuurrkph!", "Glurp - GLK."], ["GLRP!", "GULP!", "GLUK!"], ["GLRRRRPKH!", "GLUUUURK!"], ["GLUUUUURRPKH!", "GLOOOORPH-GLK!"]],
   "drip":
-  [["Drip."],["Dribble"],["Drip-sploosh"],["Dribble-SPLOOSH!"],["SPLOOOOOSH!!"]],
-  "liquid": [["Sploosh."],["Gush!"],["SPLOOSH!"],["SPLOOSH!"],["SPLOOOOOOSH!"]],
-  "insert": [["Slp.", "Shlk."],["Shlp.", "Shlrp."],["Shlllp."],["SHLP!", "SQUELCH!"],["SHLLLLRP!"]],
-  "drop": [["Thump."],["Thump!"],["Splat."],["Splat!"],["SPLAT!"]],
-  "belch": [["Burp.", "Urp."],["Urph.", "Burph."],["Urrrrrph."],["UuuuuuuRRRRRPPHHHhhhh."],["UUUURRRRPHH!"],["BUUUURRRRRRRRPPPHHH!"]],
+    [["Drip."], ["Dribble"], ["Drip-sploosh"], ["Dribble-SPLOOSH!"], ["SPLOOOOOSH!!"]],
+  "liquid": [["Sploosh."], ["Gush!"], ["SPLOOSH!"], ["SPLOOSH!"], ["SPLOOOOOOSH!"]],
+  "insert": [["Slp.", "Shlk."], ["Shlp.", "Shlrp."], ["Shlllp."], ["SHLP!", "SQUELCH!"], ["SHLLLLRP!"]],
+  "drop": [["Thump."], ["Thump!"], ["Splat."], ["Splat!"], ["SPLAT!"]],
+  "belch": [["Burp.", "Urp."], ["Urph.", "Burph."], ["Urrrrrph."], ["UuuuuuuRRRRRPPHHHhhhh."], ["UUUURRRRPHH!"], ["BUUUURRRRRRRRPPPHHH!"]],
   "fart":
-  [["Pft."],["Pffft."],["Pfffffbt."],["Frrrrrrrt."],["FRRRRRRRRPBBT!"]],
+    [["Pft."], ["Pffft."], ["Pfffffbt."], ["Frrrrrrrt."], ["FRRRRRRRRPBBT!"]],
   "scat":
-  [["Clench."],["Squeeeeeze."],["Squeeeeeeeeeeeze."],["Sqlllllch."],["SQLLLLLLCH!"]],
+    [["Clench."], ["Squeeeeeze."], ["Squeeeeeeeeeeeze."], ["Sqlllllch."], ["SQLLLLLLCH!"]],
   "digest":
-  [["Grrgle."],["Grrrrgle"],["Grrrrlglorp."],["GrrrrGLRRRLPH!"],["GRRRRRLGPRLHK!"]],
+    [["Grrgle."], ["Grrrrgle"], ["Grrrrlglorp."], ["GrrrrGLRRRLPH!"], ["GRRRRRLGPRLHK!"]],
   "goo":
-  [["Splat."], ["Squish."], ["Squish!"], ["SQLCH!"], ["SQLLLLRCH!"], ["SQQQQUEEEEELLCH!"]],
+    [["Splat."], ["Squish."], ["Squish!"], ["SQLCH!"], ["SQLLLLRCH!"], ["SQQQQUEEEEELLCH!"]],
   "vomit":
-  [["Hurk."], ["Hurrk."], ["Bleugh."], ["Bleugh!"], ["Bleeeugh!"], ["BLEEEUGHK!"]],
+    [["Hurk."], ["Hurrk."], ["Bleugh."], ["Bleugh!"], ["Bleeeugh!"], ["BLEEEUGHK!"]],
   "breath":
-  [["Woosh."],["Fwoosh."],["FWOOSH."],["FWOOSH!"],["FWOOOOOOSH!"]],
+    [["Woosh."], ["Fwoosh."], ["FWOOSH."], ["FWOOSH!"], ["FWOOOOOOSH!"]],
   "chew":
-  [["Snap.", "Crack."],["Crunch."],["Crack!"],["CRUNCH!"],["CRRRUNCH!"]],
+    [["Snap.", "Crack."], ["Crunch."], ["Crack!"], ["CRUNCH!"], ["CRRRUNCH!"]],
   "magic":
-  [["Zap."],["Zap!"],["Fwoosh!"]]
+    [["Zap."], ["Zap!"], ["Fwoosh!"]]
 };
 
 function pickByMass(name, mass) {
   let list = sounds[name];
-  let index = Math.floor(Math.log10(mass/100)/2);
+  let index = Math.floor(Math.log10(mass / 100) / 2);
   index = Math.max(index, 0);
 
-  choice = index < list.length ? list[index] : list[list.length-1];
+  choice = index < list.length ? list[index] : list[list.length - 1];
 
   let subindex = Math.floor(Math.random() * Math.floor(choice.length));
 
@@ -47,5 +47,5 @@ function pickByMass(name, mass) {
 }
 
 function getSound(name, mass) {
-  return "<i>" + pickByMass(name,mass) + "</i>";
+  return "<i>" + pickByMass(name, mass) + "</i>";
 }

units.js

@@ -1,10 +1,10 @@
 'use strict';
 
-function round(number,precision=3) {
-  return Math.round(number*Math.pow(10,precision)) / Math.pow(10,precision);
+function round(number, precision = 3) {
+  return Math.round(number * Math.pow(10, precision)) / Math.pow(10, precision);
 }
 
-function numberRough(value,suffix="") {
+function numberRough(value, suffix = "") {
   if (value == 1) {
     return "a single";
   } else if (value < 5) {
@@ -15,7 +15,7 @@ function numberRough(value,suffix="") {
     return "a dozen";
   } else {
     var scale = Math.floor(Math.log10(value));
-    switch(scale) {
+    switch (scale) {
       case 1: return "dozens " + suffix;
       case 2: return "hundreds " + suffix;
       default:
@@ -26,9 +26,9 @@ function numberRough(value,suffix="") {
         else if (scale % 3 == 2)
           prefix = "hundreds of ";
 
-        let order = Math.floor(scale/3);
+        let order = Math.floor(scale / 3);
 
-        switch(order) {
+        switch (order) {
           case 1: return prefix + "thousands " + suffix;
           case 2: return prefix + "millions " + suffix;
           case 3: return prefix + "billions " + suffix;
@@ -45,12 +45,12 @@ function fixedIfDecimal(num, fixed) {
   if (fixed === undefined)
     return num.toString();
   else;
-    return num.toFixed(fixed);
+  return num.toFixed(fixed);
 }
 
-function number(value, type="full", fixed) {
+function number(value, type = "full", fixed) {
   var val = parseFloat(value);
-  switch(type) {
+  switch (type) {
     case "full":
       if (Math.log(value) / Math.log(10) < 10) {
         return fixedIfDecimal(val, fixed);
@@ -67,7 +67,7 @@ function number_words(value) {
   if (scale < 0) {
     return fixedIfDecimal(value, fixed);
   }
-  switch(scale) {
+  switch (scale) {
     case 0: return value.toString();
     case 1: return Math.round(value / 1e3).toString() + " thousand";
     case 2: return Math.round(value / 1e6).toString() + " million";
@@ -99,7 +99,7 @@ function number_words_repeated(value, fixed) {
   var scale = Math.floor(Math.log(value) / Math.log(1000));
   if (scale < 0)
     return fixedIfDecimal(value, fixed);
-  switch(scale) {
+  switch (scale) {
     case 0: return fixedIfDecimal(value, fixed);
     case 1: return Math.round(value / 1e3).toString() + " thousand";
     case 2: return Math.round(value / 1e6).toString() + " million";
@@ -120,7 +120,7 @@ function number_prefix(value, fixed) {
   var scale = Math.floor(Math.log(value) / Math.log(1000));
   if (scale < 0)
     return fixedIfDecimal(value, fixed);
-  switch(scale) {
+  switch (scale) {
     case 0: return fixedIfDecimal(value, fixed);
     case 1: return Math.round(value / 1e3).toString() + "K";
     case 2: return Math.round(value / 1e6).toString() + "M";
@@ -133,8 +133,8 @@ function number_prefix(value, fixed) {
   }
 }
 
-function mass(kg, type="metric", singular=false) {
-  switch(type) {
+function mass(kg, type = "metric", singular = false) {
+  switch (type) {
     case "metric": return metricMass(kg, singular);
     case "SI": return metricSymMass(kg, singular);
     case "customary": return customaryMass(kg, singular);
@@ -143,8 +143,8 @@ function mass(kg, type="metric", singular=false) {
   }
 }
 
-function length(m, type="metric", singular=false) {
-  switch(type) {
+function length(m, type = "metric", singular = false) {
+  switch (type) {
     case "metric": return metricLength(m, singular);
     case "SI": return metricSymLength(m, singular);
     case "customary": return customaryLength(m, singular);
@@ -153,8 +153,8 @@ function length(m, type="metric", singular=false) {
   }
 }
 
-function area(m2, type="metric", singular=false) {
-  switch(type) {
+function area(m2, type = "metric", singular = false) {
+  switch (type) {
     case "metric": return metricArea(m2, singular);
     case "SI": return metricSymArea(m2, singular);
     case "customary": return customaryArea(m2, singular);
@@ -163,8 +163,8 @@ function area(m2, type="metric", singular=false) {
   }
 }
 
-function volume(m3, type="metric", singular=false) {
-  switch(type) {
+function volume(m3, type = "metric", singular = false) {
+  switch (type) {
     case "metric": return metricVolume(m3, singular);
     case "SI": return metricSymVolume(m3, singular);
     case "customary": return customaryVolume(m3, singular);
@@ -173,442 +173,442 @@ function volume(m3, type="metric", singular=false) {
   }
 }
 
-function metricMass(kg, singular=false) {
-  if (kg < 1/1000) {
-    let mass = round(kg * 1e6,0);
+function metricMass(kg, singular = false) {
+  if (kg < 1 / 1000) {
+    let mass = round(kg * 1e6, 0);
     return mass + (singular || mass == 1 ? " milligram" : " milligrams");
   } else if (kg < 1) {
-    let mass = round(kg * 1000,0);
+    let mass = round(kg * 1000, 0);
     return mass + (singular || mass == 1 ? " gram" : " grams");
   } else if (kg < 5000) {
-    let mass = round(kg,0);
+    let mass = round(kg, 0);
     return mass + (singular || mass == 1 ? " kilogram" : " kilograms");
   } else if (kg < 5000000) {
-    let mass = round(kg / 1000,1);
+    let mass = round(kg / 1000, 1);
     return mass + (singular || mass == 1 ? " metric ton" : " metric tons");
   } else if (kg < 5000000000) {
-    let mass = round(kg / 1000000,1);
+    let mass = round(kg / 1000000, 1);
     return mass + (singular || mass == 1 ? " kiloton" : " kilotons");
   } else if (kg < 5000000000000) {
-    let mass = round(kg / 1000000000,1);
+    let mass = round(kg / 1000000000, 1);
     return mass + (singular || mass == 1 ? " megaton" : " megatons");
   } else {
-    let mass = round(kg / 1000000000000,1);
+    let mass = round(kg / 1000000000000, 1);
     return mass + (singular || mass == 1 ? " gigaton" : " gigatons");
   }
 }
 
-function metricSymMass(kg, singular=false) {
-  if (kg < 1/1000) {
-    let mass = round(kg * 1e6,0);
+function metricSymMass(kg, singular = false) {
+  if (kg < 1 / 1000) {
+    let mass = round(kg * 1e6, 0);
     return mass + " mg";
   } else if (kg < 1) {
-    let mass = round(kg * 1000,0);
+    let mass = round(kg * 1000, 0);
     return mass + " g";
   } else if (kg < 5000) {
-    let mass = round(kg,0);
+    let mass = round(kg, 0);
     return mass + " kg";
   } else if (kg < 5000000) {
-    let mass = round(kg / 1000,1);
+    let mass = round(kg / 1000, 1);
     return mass + " t";
   } else if (kg < 5000000000) {
-    let mass = round(kg / 1000000,1);
+    let mass = round(kg / 1000000, 1);
     return mass + " kt";
   } else if (kg < 5000000000000) {
-    let mass = round(kg / 1000000000,1);
+    let mass = round(kg / 1000000000, 1);
     return mass + " mt";
   } else {
-    let mass = round(kg / 1000000000000,1);
+    let mass = round(kg / 1000000000000, 1);
     return mass + " gt";
   }
 }
 
-function customaryMass(kg, singular=false) {
+function customaryMass(kg, singular = false) {
   let lbs = kg * 2.2;
 
   if (lbs < 1) {
-    let mass = round(lbs * 16,0);
+    let mass = round(lbs * 16, 0);
     return mass + (singular || mass == 1 ? " ounce" : " ounces");
   } else if (lbs < 2000) {
-    let mass = round(lbs,0);
+    let mass = round(lbs, 0);
     return mass + (singular || mass == 1 ? " pound" : " pounds");
   } else {
-    let mass = round(lbs / 2000,1);
+    let mass = round(lbs / 2000, 1);
     return mass + (singular || mass == 1 ? " ton" : " tons");
   }
 }
 
-function customarySymMass(kg, singular=false) {
+function customarySymMass(kg, singular = false) {
   let lbs = kg * 2.2;
 
   if (lbs < 1) {
-    let mass = round(lbs * 16,0);
+    let mass = round(lbs * 16, 0);
     return mass + " oz";
   } else if (lbs < 2000) {
-    let mass = round(lbs,0);
+    let mass = round(lbs, 0);
     return mass + (singular || mass == 1 ? " lb" : " lbs");
   } else {
-    let mass = round(lbs / 2000,1);
+    let mass = round(lbs / 2000, 1);
     return mass + (singular || mass == 1 ? " ton" : " tons");
   }
 }
 
-function approxMass(kg, singular=false) {
+function approxMass(kg, singular = false) {
   if (kg < 4500) {
-    let mass = round(kg/1000,2);
+    let mass = round(kg / 1000, 2);
     return mass + (singular || mass == 1 ? "car" : " cars");
   } else if (kg < 54431) {
-    let mass = round(kg/6000,2);
+    let mass = round(kg / 6000, 2);
     return mass + (singular || mass == 1 ? " elephant" : " elephants");
     //this unit almost never gets used and is mostly redundant, perhaps remove it if units are cleaned up
   } else if (kg < 10000000) {
-    let mass = round(kg/54431.1,2);
+    let mass = round(kg / 54431.1, 2);
     return mass + (singular || mass == 1 ? " tank" : " tanks");
   } else if (kg < 5.2e10) {
-    let mass = round(kg/9.7e7,2);
+    let mass = round(kg / 9.7e7, 2);
     return mass + (singular || mass == 1 ? " aircraft carrier" : " aircraft carriers");
   } else if (kg < 1.5e13) {
-    let mass = round(kg/5.2e10,2);
-    return mass + (singular || mass == 1 ? " Great Wall of China" : " Great Wall Of Chinas"); 
+    let mass = round(kg / 5.2e10, 2);
+    return mass + (singular || mass == 1 ? " Great Wall of China" : " Great Wall Of Chinas");
   } else if (kg < 5e21) {
-    let mass = round(kg/1.5e15,2);
+    let mass = round(kg / 1.5e15, 2);
     return mass + (singular || mass == 1 ? " New York City" : " New York Cities");
     //this figure includes a lot of underlying bedrock, just the city itself is 1.13587210581190e11 but I needed a good figure to fit in this spot
   } else if (kg < 6e23) {
-    let mass = round(kg/4.6e20,2);
+    let mass = round(kg / 4.6e20, 2);
     return mass + (singular || mass == 1 ? " Australia" : " Australias");
     //this is a napkin math number based on the land area of Australia, 25km of height, and rough density of rock
-} else if (kg < 2e27) {
-    let mass = round(kg/6e24,2);
-    return mass + (singular || mass == 1 ? " Earth" :" Earths");  
-} else if (kg < 1.4e39) {
-    let mass = round(kg/2e30,2);
-    return mass + (singular || mass == 1 ? " Sun" :" Suns");
+  } else if (kg < 2e27) {
+    let mass = round(kg / 6e24, 2);
+    return mass + (singular || mass == 1 ? " Earth" : " Earths");
+  } else if (kg < 1.4e39) {
+    let mass = round(kg / 2e30, 2);
+    return mass + (singular || mass == 1 ? " Sun" : " Suns");
   } else {
-    let mass = round(kg/1.4e42,2);
-    return mass + (singular || mass == 1 ? " Milky Way" :" Milky Ways");
+    let mass = round(kg / 1.4e42, 2);
+    return mass + (singular || mass == 1 ? " Milky Way" : " Milky Ways");
   }
 }
 
-function metricLength(m, singular=false) {
-  if (m < 1/100) {
-    let length = round(m * 1000,2);
+function metricLength(m, singular = false) {
+  if (m < 1 / 100) {
+    let length = round(m * 1000, 2);
     return length + (singular || length == 1 ? " millimeter" : " millimeters");
   } else if (m < 1) {
-    let length = round(m * 100,0);
+    let length = round(m * 100, 0);
     return length + (singular || length == 1 ? " centimeter" : " centimeters");
   } else if (m < 500) {
-    let length = round(m,2);
+    let length = round(m, 2);
     return length + (singular || length == 1 ? " meter" : " meters");
   } else if (m < 1e12) {
-    let length = round(m / 1000,1);
+    let length = round(m / 1000, 1);
     return length + (singular || length == 1 ? " kilometer" : " kilometers");
   } else if (m < 1e15) {
-    let length = round(m / 1e6,1);
+    let length = round(m / 1e6, 1);
     return length + (singular || length == 1 ? " megameter" : " megameters");
   } else if (m < 1e18) {
-    let length = round(m / 1e9,1);
+    let length = round(m / 1e9, 1);
     return length + (singular || length == 1 ? " gigameter" : " gigameters");
   } else {
-    let length = round(m / 1e12,1);
+    let length = round(m / 1e12, 1);
     return length + (singular || length == 1 ? " terameter" : " terameters");
   }
 }
 
-function metricSymLength(m, singular=false) {
-  if (m < 1/100) {
-    let length = round(m * 1000,2);
+function metricSymLength(m, singular = false) {
+  if (m < 1 / 100) {
+    let length = round(m * 1000, 2);
     return length + " mm";
   } else if (m < 1) {
-    let length = round(m * 100,0);
+    let length = round(m * 100, 0);
     return length + " cm";
   } else if (m < 500) {
-    let length = round(m,2);
+    let length = round(m, 2);
     return length + " m";
   } else {
-    let length = round(m / 1000,1);
+    let length = round(m / 1000, 1);
     return length + " km";
   }
 }
 
-function customaryLength(m, singular=false) {
+function customaryLength(m, singular = false) {
   let ft = m * 3.28084;
 
   if (ft < 1) {
-    let length = round(ft * 12,0);
+    let length = round(ft * 12, 0);
     return length + (singular || length == 1 ? " inch" : " inches");
   } else if (ft < 5280) {
-    let end = customaryLength((ft - Math.floor(ft))/3.28084, singular);
+    let end = customaryLength((ft - Math.floor(ft)) / 3.28084, singular);
     let length = Math.floor(ft);
     return length + (singular || length == 1 ? " foot" : " feet") + " " + end;
   } else {
-    let length = round(ft/5280,1);
+    let length = round(ft / 5280, 1);
     return length + (singular || length == 1 ? " mile" : " miles");
   }
 }
 
-function customarySymLength(m, singular=false) {
+function customarySymLength(m, singular = false) {
   let ft = m * 3.28084;
 
   if (ft < 1) {
-    let length = round(ft * 12,0);
+    let length = round(ft * 12, 0);
     return length + "\"";
   } else if (ft < 5280) {
-    let end = customarySymLength((ft - Math.floor(ft))/3.28084, singular);
+    let end = customarySymLength((ft - Math.floor(ft)) / 3.28084, singular);
     let length = Math.floor(ft);
     return length + "'" + " " + end;
   } else {
-    let length = round(ft/5280,1);
+    let length = round(ft / 5280, 1);
     return length + " mi";
   }
 }
 
-function approxLength(m, singular=false) {
+function approxLength(m, singular = false) {
   if (m < 25) {
-    let length = round(m/1.9,1);
+    let length = round(m / 1.9, 1);
     return length + (singular || length == 1 ? " person" : " people");
   } else if (m < 350) {
-    let length = round(m/49,1);
+    let length = round(m / 49, 1);
     return length + (singular || length == 1 ? " football field" : " football fields");
   } else if (m < 20000) {
-    let length = round(m/449,1);
+    let length = round(m / 449, 1);
     return length + (singular || length == 1 ? " Empire State Building" : " Empire State Buildings");
   } else if (m < 2000000) {
-    let length = round(m/80467.2,1);
+    let length = round(m / 80467.2, 1);
     return length + (singular || length == 1 ? " Panama Canal" : " Panama Canals");
-  } else if (m < 3474574*2) {
-    let length = round(m/3474574,1);
+  } else if (m < 3474574 * 2) {
+    let length = round(m / 3474574, 1);
     return length + (singular || length == 1 ? " Moon" : " moons");
-  } else if (m < 12.742e6*130) {
-    let length = round(m/12.742e6,2);
+  } else if (m < 12.742e6 * 130) {
+    let length = round(m / 12.742e6, 2);
     return length + (singular || length == 1 ? " Earth" : " earths");
   } else if (m < 149.6e12) {
-    let length = round(m/149.6e9,3);
+    let length = round(m / 149.6e9, 3);
     return length + (singular || length == 1 ? " AU" : " AUs");
   } else if (m < 9.4607e22) {
-    let length = round(m/9.4607e15,3);
+    let length = round(m / 9.4607e15, 3);
     return length + (singular || length == 1 ? " light year" : " light years");
   } else if (m < 3e19) {
-    let length = round(m/3.0856776e16,3);
+    let length = round(m / 3.0856776e16, 3);
     return length + (singular || length == 1 ? " parsec" : " parsecs");
   } else if (m < 3e22) {
-    let length = round(m/3.0856776e19,3);
+    let length = round(m / 3.0856776e19, 3);
     return length + (singular || length == 1 ? " kiloparsec" : " kiloparsecs");
   } else if (m < 3e25) {
-    let length = round(m/3.0856776e22,3);
+    let length = round(m / 3.0856776e22, 3);
     return length + (singular || length == 1 ? " megaparsec" : " megaparsecs");
   } else if (m < 3e28) {
-    let length = round(m/3.0856776e25,3);
+    let length = round(m / 3.0856776e25, 3);
     return length + (singular || length == 1 ? " gigaparsec" : " gigaparsecss");
   } else {
-    let length = round(m/3.0856776e28,3);
+    let length = round(m / 3.0856776e28, 3);
     return length + (singular || length == 1 ? " teraparsec" : " teraparsecs");
   }
 }
 
-function metricArea(m2, singular=false) {
-  if (m2 < 1/10) {
-    let area = round(m2 * 10000,2);
+function metricArea(m2, singular = false) {
+  if (m2 < 1 / 10) {
+    let area = round(m2 * 10000, 2);
     return area + (singular || area == 1 ? " square centimeter" : " square centimeters");
   } else if (m2 < 100000) {
-    let area = round(m2,2);
+    let area = round(m2, 2);
     return area + (singular || area == 1 ? " square meter" : " square meters");
   } else {
-    let area = round(m2 / 1e6,2);
+    let area = round(m2 / 1e6, 2);
     return area + (singular || area == 1 ? " kilometer" : " square kilometers");
   }
 }
 
-function metricSymArea(m2, singular=false) {
-  if (m2 < 1/10) {
-    let area = round(m2 * 10000,2);
+function metricSymArea(m2, singular = false) {
+  if (m2 < 1 / 10) {
+    let area = round(m2 * 10000, 2);
     return area + " cm" + "2".sup();
   } else if (m2 < 100000) {
-    let area = round(m2,2);
+    let area = round(m2, 2);
     return area + " m" + "2".sup();
   } else {
-    let area = round(m2 / 1e6,2);
+    let area = round(m2 / 1e6, 2);
     return area + " km" + "2".sup();
   }
 }
 
-function customaryArea(m2, singular=false) {
+function customaryArea(m2, singular = false) {
   let ft2 = m2 * 3.28084 * 3.28084;
 
   if (ft2 < 1) {
-    let area = round(ft2 * 144,0);
+    let area = round(ft2 * 144, 0);
     return area + (singular || area == 1 ? " square inch" : " square inches");
   } else if (ft2 < 5280 * 5280 / 10) {
-    let area = round(ft2,1);
+    let area = round(ft2, 1);
     return area + (singular || area == 1 ? " square foot" : " square feet");
   } else {
-    let area = round(ft2 / 5280 / 5280,1);
+    let area = round(ft2 / 5280 / 5280, 1);
     return area + (singular || area == 1 ? " square mile" : " square miles");
   }
 }
 
-function customarySymArea(m2, singular=false) {
-  if (m2 < 1/10) {
-    let area = round(m2 * 10000,2);
+function customarySymArea(m2, singular = false) {
+  if (m2 < 1 / 10) {
+    let area = round(m2 * 10000, 2);
     return area + " in" + "2".sup();
   } else if (m2 < 100000) {
-    let area = round(m2,2);
+    let area = round(m2, 2);
     return area + " ft" + "2".sup();
   } else {
-    let area = round(m2 / 1e6,2);
+    let area = round(m2 / 1e6, 2);
     return area + " mi" + "2".sup();
   }
 }
 
-function approxArea(m2, singular=false) {
+function approxArea(m2, singular = false) {
   if (m2 < 20000) {
-    let area = round(m2/5341.85,1);
+    let area = round(m2 / 5341.85, 1);
     return area + (singular || area == 1 ? " football field" : " football fields");
   } else if (m2 < 9.36e+15) {
-    let area = round(m2/10117.1,1);
+    let area = round(m2 / 10117.1, 1);
     return area + (singular || area == 1 ? " block" : " blocks");
   } else if (m2 < 3.7920361e+13) {
-    let area = round(m2/9.36e+8,1);
+    let area = round(m2 / 9.36e+8, 1);
     return area + (singular || area == 1 ? " city" : " cities");
   } else if (m2 < 9.4800902e+18) {
-    let area = round(m2/9.4800902e+12,1);
+    let area = round(m2 / 9.4800902e+12, 1);
     return area + (singular || area == 1 ? " moon" : " moons");
   } else if (m2 < 2.8118957330513e+42) {
-    let area = round(m2/6.4900004e+28,1);
+    let area = round(m2 / 6.4900004e+28, 1);
     return area + (singular || area == 1 ? " solar system" : " solar systems");
   } else {
-    let area = round(m2/2.8118957330513e+42,1);
+    let area = round(m2 / 2.8118957330513e+42, 1);
     return area + (singular || area == 1 ? " milky way" : " milky ways");
   }
 }
 
-function metricVolume(m3, singular=false) {
-  if (m3 < 1/1000) {
-    let volume = round(m3*1e6, 0);
+function metricVolume(m3, singular = false) {
+  if (m3 < 1 / 1000) {
+    let volume = round(m3 * 1e6, 0);
     return volume + (singular || volume == 1 ? " milliliter" : " milliliters");
   } else if (m3 < 1) {
-    let volume = round(m3*1000, 1);
+    let volume = round(m3 * 1000, 1);
     return volume + (singular || volume == 1 ? " liter" : " liters");
   } else if (m3 < 1000000) {
     let volume = round(m3, 0);
     return volume + (singular || volume == 1 ? " cubic meter" : " cubic meters");
-  } else if (m3 < 1e12){
-    let volume = round(m3/1e9, 3);
+  } else if (m3 < 1e12) {
+    let volume = round(m3 / 1e9, 3);
     return volume + (singular || volume == 1 ? " cubic kilometer" : " cubic kilometers");
   } else {
-    let volume = round(m3/1e9, 0);
+    let volume = round(m3 / 1e9, 0);
     return volume + (singular || volume == 1 ? " cubic kilometer" : " cubic kilometers");
   }
 }
 
-function metricSymVolume(m3, singular=false) {
-  if (m3 < 1/1000) {
-    let volume = round(m3*1e6, 0);
+function metricSymVolume(m3, singular = false) {
+  if (m3 < 1 / 1000) {
+    let volume = round(m3 * 1e6, 0);
     return volume + " mL";
   } else if (m3 < 1) {
-    let volume = round(m3*1000, 1);
+    let volume = round(m3 * 1000, 1);
     return volume + " L";
   } else if (m3 < 1000000) {
     let volume = round(m3, 0);
     return volume + " m" + "³";
-  } else if (m3 < 1e12){
-    let volume = round(m3/1e9, 3);
+  } else if (m3 < 1e12) {
+    let volume = round(m3 / 1e9, 3);
     return volume + " km" + "³";
   } else {
-    let volume = round(m3/1e9, 0);
+    let volume = round(m3 / 1e9, 0);
     return volume + " km" + "³";
   }
 }
 
-function customaryVolume(m3, singular=false) {
+function customaryVolume(m3, singular = false) {
   let gallons = m3 * 264.172;
-  if (gallons < 1/16) {
-    let volume = round(gallons*128,0);
+  if (gallons < 1 / 16) {
+    let volume = round(gallons * 128, 0);
     return volume + (singular || volume == 1 ? " fluid ounce" : " fluid ounces");
-  } else if (gallons < 1/4) {
-    let volume = round(gallons*16,1);
+  } else if (gallons < 1 / 4) {
+    let volume = round(gallons * 16, 1);
     return volume + (singular || volume == 1 ? " cup" : " cups");
-  } else if (gallons < 1/2) {
-    let volume = round(gallons*8,1);
+  } else if (gallons < 1 / 2) {
+    let volume = round(gallons * 8, 1);
     return volume + (singular || volume == 1 ? " pint" : " pints");
   } else if (gallons < 1) {
-    let volume = round(gallons*4,1);
+    let volume = round(gallons * 4, 1);
     return volume + (singular || volume == 1 ? " quart" : " quarts");
   } else if (gallons < 100) {
-    let volume = round(gallons,1);
+    let volume = round(gallons, 1);
     return volume + (singular || volume == 1 ? " gallon" : " gallons");
   } else {
-    let volume = round(gallons,0);
+    let volume = round(gallons, 0);
     return volume + (singular || volume == 1 ? " gallon" : " gallons");
   }
 }
 
-function customarySymVolume(m3, singular=false) {
+function customarySymVolume(m3, singular = false) {
   let gallons = m3 * 264.172;
-  if (gallons < 1/16) {
-    let volume = round(gallons*128,0);
+  if (gallons < 1 / 16) {
+    let volume = round(gallons * 128, 0);
     return volume + " fl oz";
-  } else if (gallons < 1/4) {
-    let volume = round(gallons*16,1);
+  } else if (gallons < 1 / 4) {
+    let volume = round(gallons * 16, 1);
     return volume + (singular || volume == 1 ? " cp" : " cps");
-  } else if (gallons < 1/2) {
-    let volume = round(gallons*8,1);
+  } else if (gallons < 1 / 2) {
+    let volume = round(gallons * 8, 1);
     return volume + " pt";
   } else if (gallons < 1) {
-    let volume = round(gallons*4,1);
+    let volume = round(gallons * 4, 1);
     return volume + " qt";
   } else if (gallons < 100) {
-    let volume = round(gallons,1);
+    let volume = round(gallons, 1);
     return volume + " g";
   } else {
-    let volume = round(gallons,0);
+    let volume = round(gallons, 0);
     return volume + " g";
   }
 }
 
-function approxVolume(m3, singular=false) {
-  if (m3 < 2/10000) {
-    let volume = round(m3*4e5,0);
+function approxVolume(m3, singular = false) {
+  if (m3 < 2 / 10000) {
+    let volume = round(m3 * 4e5, 0);
     return volume + (singular || volume == 1 ? " shot" : " shots");
   } else if (m3 < .1) {
-    let volume = round(m3*2254,1);
+    let volume = round(m3 * 2254, 1);
     return volume + (singular || volume == 1 ? " glass" : " glasses");
   } else if (m3 < 100) {
-    let volume = round(m3*2.64,1);
+    let volume = round(m3 * 2.64, 1);
     return volume + (singular || volume == 1 ? " bathtub" : " bathtubs");
   } else if (m3 < 1e5) {
-    let volume = round(m3/1000,2);
-    return volume + (singular || volume == 1 ? " Olympic swimming pool" : " Olympic swimming pools");  
+    let volume = round(m3 / 1000, 2);
+    return volume + (singular || volume == 1 ? " Olympic swimming pool" : " Olympic swimming pools");
   } else if (m3 < 1e9) {
-      let volume = round(m3/3.2e5,2);
+    let volume = round(m3 / 3.2e5, 2);
     return volume + (singular || volume == 1 ? " oil tanker" : " oil tankers");
   } else if (m3 < 1e15) {
-    let volume = round(m3/1.8919e10,3);
+    let volume = round(m3 / 1.8919e10, 3);
     return volume + (singular || volume == 1 ? " Great Salt Lake" : " Great Salt Lakes");
-  } else if (m3 < 1e20){
-      let volume = round(m3/3.547e17, 3);
-      return volume + (singular || volume == 1 ? " ocean" : " oceans");
-  } else if (m3 < 1e25){
-    let volume = round(m3/1e21, 3);
+  } else if (m3 < 1e20) {
+    let volume = round(m3 / 3.547e17, 3);
+    return volume + (singular || volume == 1 ? " ocean" : " oceans");
+  } else if (m3 < 1e25) {
+    let volume = round(m3 / 1e21, 3);
     return volume + (singular || volume == 1 ? " Earth" : " Earths");
   } else {
-    let volume = round(m3/1.4e27, 3);
-  return volume + (singular || volume == 1 ? " Sun" : " Suns");
+    let volume = round(m3 / 1.4e27, 3);
+    return volume + (singular || volume == 1 ? " Sun" : " Suns");
   }
 }
 
 
-function makeSphere(input=0, diameter=false) {
+function makeSphere(input = 0, diameter = false) {
   if (diameter = true) {
-    input = input/2;
+    input = input / 2;
   }
-  return (4/3)*Math.PI*(Math.pow(input, 3));
+  return (4 / 3) * Math.PI * (Math.pow(input, 3));
 }
 
-function breakSphere(input=0, diameter=false) {
-  let output = math.pow((3*input)/(4*Math.PI), 1/3)
-  if (diameter=true) {
-    output = output*2;
+function breakSphere(input = 0, diameter = false) {
+  let output = math.pow((3 * input) / (4 * Math.PI), 1 / 3)
+  if (diameter = true) {
+    output = output * 2;
   }
   return output;
 }