finish array bootcamp 1

Author: northkevin

04 - Array Cardio Day 1/index-START.html

@@ -37,28 +37,93 @@
 
     // Array.prototype.filter()
     // 1. Filter the list of inventors for those who were born in the 1500's
+    const inventorsBornInFifteenHundreds = inventors.filter((inventor) => inventor.year > 1500 && inventor.year < 1600)
+    console.log("inventorsBornInFifteenHundreds",inventorsBornInFifteenHundreds)
 
     // Array.prototype.map()
     // 2. Give us an array of the inventors first and last names
+    const inventorsFirstLastNames = inventors.map((inventor) => `${inventor.first} ${inventor.last}`)
+    console.log("inventorsFirstLastNames",inventorsFirstLastNames)
 
     // Array.prototype.sort()
     // 3. Sort the inventors by birthdate, oldest to youngest
+    const inventorsBirthDateOldestToYoungest = inventors.sort((a, b) => a.year > b.year ? 1 : -1)
+    console.log("inventorsBirthDateOldestToYoungest",inventorsBirthDateOldestToYoungest)
 
     // Array.prototype.reduce()
     // 4. How many years did all the inventors live all together?
+    const inventorsAgeCombined = inventors.reduce((prev, inventor) => ((inventor.passed - inventor.year) + prev), 0)
+    console.log(inventorsAgeCombined)
 
     // 5. Sort the inventors by years lived
+    const inventorsSortedByYearsLived = inventors.sort((a, b) => ((a.passed - a.year) < (b.passed - b.year) ? 1 : -1))
+    console.log("inventorsSortedByYearsLived",inventorsSortedByYearsLived)
+    console.log("inventorsSortedByYearsLived - with age",inventorsSortedByYearsLived.map((i) => {i["age"] = i.passed - i.year; return i}))
 
     // 6. create a list of Boulevards in Paris that contain 'de' anywhere in the name
     // https://en.wikipedia.org/wiki/Category:Boulevards_in_Paris
-
+    // const boulevards = [
+    //   "Boulevards of Paris",
+    //   "City walls of Paris",
+    //   "Thiers wall",
+    //   "Wall of Charles V",
+    //   "Wall of Philip II Augustus",
+    //   "City gates of Paris",
+    //   "Haussmann's renovation of Paris",
+    //   "Boulevards of the Marshals",
+    //   "Boulevard Auguste-Blanqui",
+    //   "Boulevard Barbès",
+    //   "Boulevard Beaumarchais",
+    //   "Boulevard de l'Amiral-Bruix",
+    //   "Boulevard Mortier",
+    //   "Boulevard Poniatowski",
+    //   "Boulevard Soult",
+    //   "Boulevard des Capucines",
+    //   "Boulevard de la Chapelle",
+    //   "Boulevard de Clichy",
+    //   "Boulevard du Crime",
+    //   "Boulevard du Général-d'Armée-Jean-Simon",
+    //   "Boulevard Haussmann",
+    //   "Boulevard de l'Hôpital",
+    //   "Boulevard des Italiens",
+    //   "Boulevard Lefebvre",
+    //   "Boulevard de la Madeleine",
+    //   "Boulevard de Magenta",
+    //   "Boulevard Malesherbes",
+    //   "Boulevard Marguerite-de-Rochechouart",
+    //   "Boulevard Montmartre",
+    //   "Boulevard du Montparnasse",
+    //   "Boulevard Raspail",
+    //   "Boulevard Richard-Lenoir",
+    //   "Boulevard Saint-Germain",
+    //   "Boulevard Saint-Michel",
+    //   "Boulevard de Sébastopol",
+    //   "Boulevard de Strasbourg",
+    //   "Boulevard du Temple",
+    //   "Boulevard Voltaire",
+    //   "Boulevard de la Zone"
+    // ]
+    // const deBoulevards = boulevards.filter((boulevard) => /de/i.test(boulevard))
+    // console.log("deBoulevards",deBoulevards)
 
     // 7. sort Exercise
     // Sort the people alphabetically by last name
+    const sortedPeople = people.sort((a, b) => a.split(",")[0] > b.split(",")[0] ? 1 : -1)
+    console.log("sortedPeople",sortedPeople)
+
 
     // 8. Reduce Exercise
     // Sum up the instances of each of these
     const data = ['car', 'car', 'truck', 'truck', 'bike', 'walk', 'car', 'van', 'bike', 'walk', 'car', 'van', 'car', 'truck' ];
+    // const reducedExercise = data.reduce((vehicleCounts, vehicle) => (!vehicleCounts[vehicle] ? vehicleCounts[vehicle] = 1 : vehicleCounts[vehicle] += 1), {})
+    const reducedExercise = data.reduce((vehicleCounts, vehicle) => {
+      if(!vehicleCounts[vehicle]){
+        vehicleCounts[vehicle] = 1
+      }else{
+        vehicleCounts[vehicle] += 1
+      }
+      return vehicleCounts}, {})
+    console.log("reducedExercise", reducedExercise)
 
   </script>
 </body>