Sorting branch

main.js

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+//Rubric:
+// * Each correct problem (16 pts. per)
+// * ES6 Syntax (10 pts.)
+// * Clean pull request (10 pts.)

sorting.js

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+ const strNums = ["1","4","1","5","9","2","6","5","3","5","8","9","7","9","3","2","3","8","4","6","2","6","4","3","3","8","3","2","7","9","5","0","2","8","8","4","1","9","7","1","6","9","3","9","9","3","7","5","1","0","5","8","2","0","9","7","4","9","4","4","5","9","2","3","0","7","8","1","6","4","0","6","2","8","6","2","0","8","9","9","8","6","2","8","0","3","4","8","2","5","3","4","2","1","1","7","0","6","7","9","8","2","1","4","8","0","8","6","5","1","3","2","8","2","3","0","6","6","4","7","0","9","3","8","4","4","6","0","9","5","5","0","5","8","2","2","3","1","7","2","5","3","5","9","4","0","8","1","2","8","4","8","1","1","1","7","4","5","0","2","8","4","1","0","2","7","0","1","9","3","8","5","2","1","1","0","5","5","5","9","6","4","4","6","2","2","9","4","8","9","5","4","9","3","0","3","8","1","9","6","4","4","2","8","8","1","0","9","7","5","6","6","5","9","3","3","4","4","6","1","2","8","4","7","5","6","4","8","2","3","3","7","8","6","7","8","3","1","6","5","2","7","1","2","0","1","9","0","9","1","4","5","6","4","8","5","6","6","9","2","3","4","6","0","3","4","8","6","1","0","4","5","4","3","2","6","6","4","8","2","1","3","3","9","3","6","0","7","2","6","0","2","4","9","1","4","1","2","7","3","7","2","4","5","8","7","0","0","6","6","0","6","3","1","5","5","8","8","1","7","4","8","8","1","5","2","0","9","2","0","9","6","2","8","2","9","2","5","4","0","9","1","7","1","5","3","6","4","3","6","7","8","9","2","5","9","0","3","6","0","0","1","1","3","3","0","5","3","0","5","4","8","8","2","0","4","6","6","5","2","1","3","8","4","1","4","6","9","5","1","9","4","1","5","1","1","6","0","9","4","3","3","0","5","7","2","7","0","3","6","5","7","5","9","5","9","1","9","5","3","0","9","2","1","8","6","1","1","7","3","8","1","9","3","2","6","1","1","7","9","3","1","0","5","1","1","8","5","4","8","0","7","4","4","6","2","3","7","9","9","6","2","7","4","9","5","6","7","3","5","1","8","8","5","7","5","2","7","2","4","8","9","1","2","2","7","9","3","8","1","8","3","0","1","1","9","4","9","1","2","9","8","3","3","6","7","3","3","6","2","4","4","0","6","5","6","6","4","3","0","8","6","0","2","1","3","9","4","9","4","6","3","9","5","2","2","4","7","3","7","1","9","0","7","0","2","1","7","9","8","6","0","9","4","3","7","0","2","7","7","0","5","3","9","2","1","7","1","7","6","2","9","3","1","7","6","7","5","2","3","8","4","6","7","4","8","1","8","4","6","7","6","6","9","4","0","5","1","3","2","0","0","0","5","6","8","1","2","7","1","4","5","2","6","3","5","6","0","8","2","7","7","8","5","7","7","1","3","4","2","7","5","7","7","8","9","6","0","9","1","7","3","6","3","7","1","7","8","7","2","1","4","6","8","4","4","0","9","0","1","2","2","4","9","5","3","4","3","0","1","4","6","5","4","9","5","8","5","3","7","1","0","5","0","7","9","2","2","7","9","6","8","9","2","5","8","9","2","3","5","4","2","0","1","9","9","5","6","1","1","2","1","2","9","0","2","1","9","6","0","8","6","4","0","3","4","4","1","8","1","5","9","8","1","3","6","2","9","7","7","4","7","7","1","3","0","9","9","6","0","5","1","8","7","0","7","2","1","1","3","4","9","9","9","9","9","9","8","3","7","2","9","7","8","0","4","9","9","5","1","0","5","9","7","3","1","7","3","2","8","1","6","0","9","6","3","1","8","5","9","5","0","2","4","4","5","9","4","5","5","3","4","6","9","0","8","3","0","2","6","4","2","5","2","2","3","0","8","2","5","3","3","4","4","6","8","5","0","3","5","2","6","1","9","3","1","1","8","8","1","7","1","0","1","0","0","0","3","1","3","7","8","3","8","7","5","2","8","8","6","5","8","7","5","3","3","2","0","8","3","8","1","4","2","0","6","1","7","1","7","7","6","6","9","1","4","7","3","0","3","5","9","8","2","5","3","4","9","0","4","2","8","7","5","5","4","6","8","7","3","1","1","5","9","5","6","2","8","6","3","8","8","2","3","5","3","7","8","7","5","9","3","7","5","1","9","5","7","7","8","1","8","5","7","7","8","0","5","3","2","1","7","1","2","2","6","8","0","6","6","1","3","0","0","1","9","2","7","8","7","6","6","1","1","1","9","5","9","0","9","2","1","6","4","2","0","1","9","8","9"];
+
+  /**   - [ ] 1. Given 1000 digits of PI as strings, return an array of the digits as numbers
+   *        - [ /] need a variable to hold the new array of nubers
+   *        - [ /] map the original array and convert each string num into a number
+   *        - [ /] return the new array
+   */        
+const stringsToNumbers = (numbers) => {
+    const arrOfNum = strNums.map(num => parseInt(num));
+    console.log(stringsToNumbers);
+}
+
+
+
+
+  //2. With the same numbers, find the sum of the even values
+//use reduce()!!!!!
+// create a variable to store the sum----
+    // should return as one value (sum)----
+// need to iterate throught the array and identify the index of each even number----
+  //- need to define even number use find()!!!
+  //-loop should stop after first iteration through the array----
+  //- if number is even add to total
+  //- if number is odd move on
+// as it gathers the even numbers it needs to add them together.
+
+const evens = arrOfNum.find()
+const sumOfEvens = 
+
+
+
+
+
+  // console.log(sumEvens);
+
+  // 3.Find the index of the first value when added to it's index = 512 (#ATX!!)
+  // const atxIdx;
+
+  // console.log(`index: ${atxIdx}, value: ${nums[atxIdx]}`);
+
+  const weather = [
+    { id: 5743823523151872,
+      weather_state_name: "Light Cloud",
+      weather_state_abbr: "lc",
+      wind_direction_compass: "NNE",
+      created: "2018-07-11T20:53:03.251710Z",
+      applicable_date: "2018-07-11",
+      min_temp: 14.43,
+      max_temp: 23.36,
+      the_temp: 22.785,
+      wind_speed: 5.682503989556987,
+      wind_direction: 21.6264939172659,
+      air_pressure: 1024.45,
+      humidity: 58,
+      visibility: 8.683041040324504,
+      predictability: 70
+    },
+    { id: 6188149969518592,
+      weather_state_name: "Heavy Cloud",
+      weather_state_abbr: "hc",
+      wind_direction_compass: "NE",
+      created: "2018-07-11T20:53:03.268190Z",
+      applicable_date: "2018-07-12",
+      min_temp: 14.81,
+      max_temp: 25.52,
+      the_temp: 24.61,
+      wind_speed: 3.2461141472739206,
+      wind_direction: 42.72552812997726,
+      air_pressure: 1024.605,
+      humidity: 54,
+      visibility: 10.633835898353615,
+      predictability: 71
+    },
+    { id: 5742049676492800,
+      weather_state_name: "Showers",
+      weather_state_abbr: "s",
+      wind_direction_compass: "E",
+      created: "2018-07-11T20:53:03.947390Z",
+      applicable_date: "2018-07-13",
+      min_temp: 15.5525,
+      max_temp: 25.3475,
+      the_temp: 24.175,
+      wind_speed: 3.6572546846814604,
+      wind_direction: 90.32910675612557,
+      air_pressure: 1025.385,
+      humidity: 57,
+      visibility: 10.181166984808717,
+      predictability: 73  
+    },
+    { id: 6696130918219776,
+      weather_state_name: "Heavy Cloud",
+      weather_state_abbr: "hc",
+      wind_direction_compass: "SSW",
+      created: "2018-07-11T20:53:04.068570Z",
+      applicable_date: "2018-07-14",
+      min_temp: 15.915,
+      max_temp: 27.0925,
+      the_temp: 26.585,
+      wind_speed: 3.649847972759087,
+      wind_direction: 200.04283406736377,
+      air_pressure: 1024.4450000000002,
+      humidity: 52,
+      visibility: 11.14056410562316,
+      predictability: 71
+    },
+  ]
+
+  //4. using a higher order function, create an array of the unique 'weather_state_name' values of the weather array. Your function should return the following array ['Light Cloud', 'Heavy Cloud', 'Showers']
+  const weatherStates = 
+  console.log(weatherStates)
+
+  //5. find the id of the object in weather that has a min_temp of 15.915
+
+  const idealTemp =
+      console.log(idealTemp)
+
+
+
+
+
+
+
+
+
+
+      /**Notes:-------------------------
+       * methods()
+       *   -map()
+       *        ~array.prototype.map(): returns a new array populated with the results of calling a provided function on every element in the calling array. 
+       *        
+       * 
+       */
+
+
+
+
+
+    /**Rubric:--------------------------
+* Each correct problem (16 pts. per)
+* ES6 Syntax (10 pts.)
+* Clean pull request (10 pts.)
+     * 
+     */
+
+/**Isntructions:-------------------------
+ * 1.   - [ ] Given 1000 digits of PI as strings, return an array of the digits as numbers
+ * 
+ * 3.   - [ ] Find the index of the first value when added to it's index = 512 (#ATX!!)
+ * 2.   - [ ] With the same numbers, find the sum of the even value
+ * 4.   - [ ] using a higher order function, create an array of the unique 'weather_state_name' values of the weather array. Your function should return the following array ['Light Cloud', 'Heavy Cloud', 'Showers']
+ * 5.   - [ ] find the id of the object in weather that has a min_temp of 15.915
+ */
+
+/**SUBMIT!! YOU NEED THE PRACTICE
+ * How to Submit:
+
+- [x] Create a new repo called: "JS-Sorting-Practice".
+- [ ] Get into the practice of working with branches by creating a new branch called "sorting-branch".
+        - check configuration git remote -v
+- [ ] Complete a code plan.
+- [ ] Create a new file called `sorting.js`.
+- [ ] Copy/paste & complete the code below using the rubric below.
+- [ ] Make a pull request against your master branch and submit the URL to it as your assignment.
+
+ * 
+ */