Removed the TODO comments.

konjit · konjit · commit cea9afc9c969 · 2024-11-29T11:53:04.000+01:00
diff --git a/Week2/prep-exercises/1-traffic-light/traffic-light.js b/Week2/prep-exercises/1-traffic-light/traffic-light.js
@@ -6,20 +6,10 @@
  */
 
 function getCurrentState(trafficLight) {
-  // TODO
-  // Should return the current state (i.e. colour) of the `trafficLight`
-  // object passed as a parameter.
-
   return trafficLight.possibleStates[trafficLight.stateIndex];
 }
 
 function getNextStateIndex(trafficLight) {
-  // TODO
-  // Return the index of the next state of the `trafficLight` such that:
-  // - if the color is green, it will turn to orange
-  // - if the color is orange, it will turn to red
-  // - if the color is red, it will turn to green
-
   return (trafficLight.stateIndex + 1) % trafficLight.possibleStates.length;
 }
 
diff --git a/Week2/prep-exercises/2-experiments/index.js b/Week2/prep-exercises/2-experiments/index.js
@@ -2,41 +2,13 @@
 
 function runExperiment(sampleSize) {
   const valueCounts = [0, 0, 0, 0, 0, 0];
-
-  
-
-  // TODO
-  // Write a for loop that iterates `sampleSize` times (sampleSize is a number).
-  // In each loop iteration:
-  //
-  // 1. Generate a random integer between 1 and 6 (as if throwing a six-sided die).
-  // 2. Add `1` to the element of the `valueCount` that corresponds to the random
-  //    value from the previous step. Use the first element of `valueCounts`
-  //    for keeping a count how many times the value 1 is thrown, the second
-  //    element for value 2, etc.
-
   for(let ii = 0; ii < sampleSize; ii++){
     let randomNumber = Math.floor(Math.random() * 6) + 1;
-    valueCounts[(randomNumber-1)]++;
+    valueCounts[(randomNumber - 1)]++;
   }
 
-  // valueCounts.forEach((value, index) => {
-  //   console.log(`The value ${index+1} appeard ${value}`);
-  // });
-
   const results = [];
-
-  // TODO
-  // Write a for..of loop for the `valueCounts` array created in the previous
-  // loop. In each loop iteration:
-  // 1. For each possible value of the die (1-6), compute the percentage of how
-  //    many times that value was thrown. Remember that the first value of
-  //    `valueCounts` represent the die value of 1, etc.
-  // 2. Convert the computed percentage to a number string with a precision of
-  //    two decimals, e.g. '14.60'.
-  // 3. Then push that string onto the `results` array.
-
-  let sum = valueCounts.reduce((accumlator, value) => accumlator + value, 0);
+  let sum = valueCounts.reduce((accumulator, value) => accumulator + value, 0);
 
   for(let value of valueCounts){
     let percentage = (value / sum) * 100;
@@ -48,18 +20,6 @@ function runExperiment(sampleSize) {
 
 function main() {
   const sampleSizes = [100, 1000, 1000000];
-  //const sampleSizes = [100];
-  // TODO
-  // Write a for..of loop that calls the `runExperiment()` function for each
-  // value of the `sampleSizes` array.
-  // Log the results of each experiment as well as the experiment size to the
-  // console.
-  // The expected output could look like this:
-  //
-  // [ '26.00', '17.00', '10.00', '19.00', '16.00', '12.00' ] 100
-  // [ '14.60', '17.10', '19.30', '15.50', '16.70', '16.80' ] 1000
-  // [ '16.71', '16.68', '16.69', '16.66', '16.67', '16.59' ] 1000000
-
   for(let sample of sampleSizes){
     const results = runExperiment(sample);
     const formattedResults = `[ ${ results.map(result => `'${result}'`).join(', ') }] ${sample}`;
