From 0704f03eec61faead51954175cce25b1fafed87e Mon Sep 17 00:00:00 2001
From: mulhoo <51768443+mulhoo@users.noreply.github.com>
Date: Sun, 9 Feb 2020 22:55:20 -0800
Subject: [PATCH] Create ride_share.rb

---
 ride_share.rb | 181 ++++++++++++++++++++++++++++++++++++++++++++++++++
 1 file changed, 181 insertions(+)
 create mode 100644 ride_share.rb

diff --git a/ride_share.rb b/ride_share.rb
new file mode 100644
index 0000000..2d07e55
--- /dev/null
+++ b/ride_share.rb
@@ -0,0 +1,181 @@
+########################################################
+# Step 1: Establish the layers
+
+# In this section of the file, as a series of comments,
+# create a list of the layers you identify.
+# Which layers are nested in each other?
+# Which layers of data "have" within it a different layer?
+# Which layers are "next" to each other?
+    #at the top is all the trips
+    #next layer down is each driver
+    #next layer under each driver is each trip they did
+    #each trip for each driver will be next to each other in the innermost layer
+    #each driver will be next to each other in the middle layer
+    #the "umbrella" layer holds everything from the middle and innermost layer inside of it
+
+
+########################################################
+# Step 2: Assign a data structure to each layer
+
+# Copy your list from above, and in this section
+# determine what data structure each layer should have
+    #outer most layer is an array that will hold all the info
+    #middle layer will be of hashes that belong to each individual driver
+    #inside the hash of each indiv. driver, there is a hash for each trip
+
+########################################################
+# Step 3: Make the data structure!
+
+# Setup the entire data structure:
+# based off of the notes you have above, create the
+# and manually write in data presented in rides.csv
+# You should be copying and pasting the literal data
+# into this data structure, such as "DR0004"
+# and "3rd Feb 2016" and "RD0022"
+
+all_drivers_all_trips = [
+  { DR0001: 
+    [{
+      date_of_trip: "3 Feb 2016",
+      cost: 10,
+      rider_id: "RD0003",
+      rating: 3
+      },
+      { 
+      date_of_trip: "3 Feb 2016",
+      cost: 30,
+      rider_id: "RD0015",
+      rating: 4
+      },
+      {
+      date_of_trip: "5 Feb 2016",
+      cost: 45,
+      rider_id: "RD0003", 
+      rating: 2
+      }]
+  }, 
+
+  {DR0002: 
+    [{
+      date_of_trip: "3 Feb 2016",
+      cost: 25,
+      rider_id: "RD0073",
+      rating:  5
+    }, 
+    {
+      date_of_trip: "4 Feb 2016",
+      cost: 15,
+      rider_id: "RD0013",
+      rating: 1
+    }, 
+    {
+      date_of_trip: "5 Feb 2016",
+      cost: 35,
+      rider_id: "RD0066",
+      rating: 3
+    }]
+  }, 
+
+  {DR0003: 
+    [{
+      date_of_trip: "4 February 2016",
+      cost: 5,
+      rider_id: "RD0066",
+      rating: 5
+    }, 
+    {
+      date_of_trip: "5 Feb 2016",
+      cost: 50,
+      rider_id: "RD0003",
+      rating: 2
+    }]
+  }, 
+
+  {DR0004:
+    [{
+      date_of_trip: "3 Feb 2016",
+      cost: 5,
+      rider_id: "RD0022",
+      rating: 5
+    }, 
+    {
+      date_of_trip: "4 Feb 2016",
+      cost: 10,
+      rider_id: "RD0022",
+      rating: 4
+    }, 
+    {
+      date_of_trip: "5 Feb 2016",
+      cost: 20,
+      rider_id: "RD0073",
+      rating: 5
+    }]
+  }
+]
+
+########################################################
+#Step 4: Total Driver's Earnings and Number of Rides
+
+## Iterate through the data structure to display, by printing in terminal, the following info:
+## - The number of rides each driver has given
+## - The total amount of money each driver has made
+## - The average rating for each driver
+## - Which driver made the most money?
+## - Which driver has the highest average rating?
+## You may create and/or use as many variables, loops, and methods as you need.
+
+def overview(array, key, overall)
+  array.each do |driver|
+    driver.map do |k, v|
+      avg = v.map {|trip| trip[key].to_f}.reduce(0, :+)
+      
+      if key == :rating
+        avg = (avg / (v.length - 2)).round(1)
+      elsif key == :cost
+        avg = '%.2f' % avg
+      end
+
+      driver[k] << {overall => avg}
+    end
+  end
+end
+
+all_drivers_all_trips.each do |driver|
+  driver.each do |key, trips|
+    num_trips = trips.length
+  
+    driver[key] << {:total_trips => num_trips}
+  end
+end
+
+overview(all_drivers_all_trips, :cost, :total_earn)
+overview(all_drivers_all_trips, :rating, :avg_rating)
+
+total_earns_array = []
+avg_ratings_array = []
+
+#Display information
+all_drivers_all_trips.each do |driver|
+  driver.each do |k, v|
+    puts "Driver ##{k}" 
+    puts "     Total Rides - #{v[-3][:total_trips]}"
+    puts "     Total Earnings - $#{v[-2][:total_earn]}"
+    puts "     Average Rating - #{v[-1][:avg_rating]}⭐"
+    puts "\n"
+
+    total_earns_array << v[-2][:total_earn]
+    avg_ratings_array << v[-1][:avg_rating]
+  end
+end
+
+all_drivers_all_trips.each do |driver|
+  driver.each do |k, v|
+    if v[-2][:total_earn] == total_earns_array.max
+      puts "Driver #{k} earned the most."
+    end
+
+    if v[-1][:avg_rating] == avg_ratings_array.max
+      puts "Driver #{k} had the highest rating."
+    end
+  end
+end