Saba Bhamidipati

final_prep/README.md

@@ -19,10 +19,10 @@ Some things to consider as you refactor include...
 
 Take your time as you go back and refactor your exercises from each section. We've included a handy checklist for you to go through below.
 
-- [ ] I have refactored my `section1` exercises to the best of my ability
-- [ ] I have refactored my `section2` exercises to the best of my ability
-- [ ] I have refactored my `section3` exercises to the best of my ability
-- [ ] I have refactored my `section4` exercises to the best of my ability
+- [x ] I have refactored my `section1` exercises to the best of my ability
+- [x] I have refactored my `section2` exercises to the best of my ability
+- [x] I have refactored my `section3` exercises to the best of my ability
+- [x] I have refactored my `section4` exercises to the best of my ability
 
 ### Time Management Prep
 In Mod 0 you've learned about different techniques for managing your time at Turing. Please create a calendar for your **first 3 weeks of Mod 1**. Feel free to make your calendar fit your style, but we suggest that your calendar should include the following:
@@ -39,17 +39,17 @@ When you are finished, add screenshots of your calendar so we can provide feedba
 ### Mentorship Prep
 Mentorship is an integral part of the Turing experience and will help jumpstart your technical career. In order to get your mentor relationship started on the right foot, please complete the following deliverables:
 - [ ] Complete the [Mentorship DTR Prep](https://gist.github.com/ericweissman/51965bdcbf42970d43d817818bfaef3c)
-  - [ ] Add link to your gist here:
+  - [ ] Add link to your gist here: https://gist.github.com/SabaBhamidipati/773b3a67dddd72f83da4be39d0271e8b
 
 ### Lesson Prep
 You've learned a lot about how to take strong notes during Mod 0. Show us your skills while you learn how to pre-teach content for your first lesson in Mod 1!
 - [ ] Complete the [Pre Teaching Practice exercise](https://gist.github.com/ericweissman/0036e8fe272c02bd6d4bb14f42fd2f79) gist
-  - [ ] Add a link to your gist here:
+  - [ ] Add a link to your gist here: https://gist.github.com/SabaBhamidipati/56f3295a7f097af76ff225c7f57996f8
 
 ### Group Work Prep
 As part of Turing's project-based learning approach, you will often be working in pairs or larger groups. In order to set yourself (and your team) up for success, it is important to ensure you are prepared to be an equitable contributor and teammate.
 - [ ] Complete the [DTR Guiding Questions](https://gist.github.com/ericweissman/c56f3a98cdce761808c21d498a52f5c6)
-  - [ ] Add a link to your gist here:
+  - [ ] Add a link to your gist here:https://gist.github.com/SabaBhamidipati/361a169fcab27e45ccee26e74e7eb010
 
 ## All Done? How to Submit your M1 Prework
 When you have completed *all* the activities described above, follow the steps below to submit your technical prework.

final_prep/annotations.rb

@@ -4,10 +4,16 @@
 
 # Build a Bear
 
+# create a method with multiple parameters
 def build_a_bear(name, age, fur, clothes, special_power)
+# interpolation of name in greeting string value
   greeting = "Hey partner! My name is #{name} - will you be my friend?!"
+# variable defined to combine dynamic variables name and age
   demographics = [name, age]
+# dynamic variable that takes argument passed to it through object instance (not 100% sure bc I don't see a class creation here)
   power_saying = "Did you know that I can #{special_power}?"
+# hash with keys that are attributes of a built bear, and values taken from combined variables
+# along with a nested array that has three speech modes for the bear
   built_bear = {
     'basic_info' => demographics,
     'clothes' => clothes,
@@ -19,25 +25,36 @@ def build_a_bear(name, age, fur, clothes, special_power)
   return built_bear
 end
 
+# Two instances of build_a_bear class: Fluffy and Sleepy
 build_a_bear('Fluffy', 4, 'brown', ['pants', 'jorts', 'tanktop'], 'give you nightmares')
 build_a_bear('Sleepy', 2, 'purple', ['pajamas', 'sleeping cap'], 'sleeping in')
 
 
 # FizzBuzz
 
+# define method with three parameters, two numbers and a max
 def fizzbuzz(num_1, num_2, range)
+# inclusive range operator, that will iterate through each number
   (1..range).each do |i|
+# modulo operator divides left number by both num_1 and num_2 and gets a remainder
+# of 0, the i is a multiple of both, and it will return FizzBuzz
     if i % num_1 === 0 && i % num_2 === 0
       puts 'fizzbuzz'
+# if the modulo operator finds a 0 remainder for the left number and num1 ONLY,
+# return 'fizz'
     elsif i % num_1 === 0
       puts 'fizz'
+# else if the modulo operator finds a 0 remainder for the left number and num2 ONLY,
+# return 'buzz'
     elsif i % num_2 === 0
       puts 'buzz'
+# else if modulo operator finds a >0 remainder for both, return i value
     else
       puts i
     end
   end
 end
 
+# two instances of fizzbuzz(factors 3,5,range 100) and (factors 5,8,range 400)
 fizzbuzz(3, 5, 100)
-fizzbuzz(5, 8, 400)
+fizzbuzz(5, 8, 400)

final_prep/mod_zero_hero.rb

@@ -2,45 +2,107 @@
 
 # Declare two variables - hero_name AND special_ability - set to strings
 
+hero_name = "Superman"
+special_ability = "super strength"
+
+# puts hero_name
+# puts special_ability
+
 # Declare two variables - greeting AND catchphrase
 #   greeting should be assigned to a string that uses interpolation to include the hero_name
 #   catchphrase should be assigned to a string that uses interpolation to include the special_ability
 
+greeting = "Hello, #{hero_name}"
+catchphrase = "How is your #{special_ability} today?"
+
+# puts greeting
+# puts catchphrase
+
 # Declare two variables - power AND energy - set to integers
 
+power = 100
+energy = 473
+
 # Declare two variables - full_power AND full_energy
 #   full_power should multiply your current power by 500
 #   full_energy should add 150 to your current energy
 
+full_power = power * 100
+full_energy = energy + 150
+
+# puts full_power
+# puts full_energy
+
 # Declare two variables - is_human and identity_concealed - assigned to booleans
 
+is_human = false
+identity_concealed = true
+
+# puts is_human
+# puts identity_concealed
 
 # Declare two variables - arch_enemies AND sidekicks
 #   arch_enemies should be an array of at least 3 different enemy strings
 #   sidekicks should be an array of at least 3 different sidekick strings
 
+arch_enemies = ['Lex Luthor', 'Brainiac', 'Darkseid', 'Doomsday']
+sidekicks = ['Supergirl', 'Lois Lane', 'Superboy']
+
+# print arch_enemies
+# puts ''
+# print sidekicks
+
 # Print the first sidekick to your terminal
+# puts ''
+puts sidekicks[0]
 
 # Print the last arch_enemy to the terminal
+# puts''
+puts arch_enemies[3]
 
 # Write some code to add a new arch_enemy to the arch_enemies array
+arch_enemies[4] = 'Bizarro'
 
 # Print the arch_enemies array to terminal to ensure you added a new arch_enemey
+print arch_enemies
 
 # Remove the first sidekick from the sidekicks array
+arch_enemies.shift()
+
+# print arch_enemies
 
 # Print the sidekicks array to terminal to ensure you added a new sidekick
+sidekicks[3] = 'Batman'
+print sidekicks
 
 # Create a function called assess_situation that takes three arguments - danger_level, save_the_day, bad_excuse
 #   - danger_level should be an integer
-#   - save_the_day should be a string a hero would say once they save the day 
+#   - save_the_day should be a string a hero would say once they save the day
 #   - bad_excuse should be a string a hero would say if they are too afraid of the danger_level
 
+    def assess_situation(danger_level, save_the_day, bad_excuse)
+
+    end
+
+    assess_situation(0, "Cashapp please", "This is not a job for me")
+
 # Your function should include an if/else statement that meets the following criteria
 #   - Danger levels that are above 50 are too scary for your hero. Any danger level that is above 50 should result in printing the bad_excuse to the terminal
 #   - Anything danger_level that is between 10 and 50 should result in printing the save_the_day string to the terminal
 #   - If the danger_level is below 10, it means it is not worth your time and should result in printing the string "Meh. Hard pass." to the terminal.
 
+def assess_situation(danger_level, save_the_day, bad_excuse)
+   if danger_level > 50
+       puts bad_excuse
+   elsif danger_level >= 10 && danger_level <= 50
+       puts save_the_day
+   else
+       puts "Meh. Hard pass."
+   end
+end
+
+assess_situation(5, "Cashapp please", "This is not a job for me")
+
 #Test Cases
 announcement = 'Never fear, the Courageous Curly Bracket is here!'
 excuse = 'I think I forgot to lock up my 1992 Toyota Coralla. Be right back.'
@@ -56,29 +118,96 @@
 #   - luckyNumbers (array)
 #   - address (hash with following key/values: number , street , state, zip)
 
+scary_monster = {
+
+  name: "Saba",
+  smell: "terrible",
+  weight: 250,
+  citiesDestroyed: ['Tokyo', 'Osaka', 'Hokkaido'],
+  luckyNumbers: [4, 15, 22],
+  address: {number: 580, street: "Lexington Ave", state: "New York", zip: 11002}
+
+}
 
 # Create a new class called SuperHero
 # - Your class should have the following DYNAMIC values
-#   - name 
+#   - name
 #   - super_power
-#   - age 
+#   - age
 # - Your class should have the following STATIC values
 #   - arch_nemesis, assigned to "The Syntax Error"
 #   - power_level = 100
-#   - energy_level = 50 
+#   - energy_level = 50
+
+class SuperHero
+  attr_accessor :name, :super_power, :age
+  attr_reader :arch_nemesis, :power_level, :energy_level
+  def initialize(name, super_power, age, arch_nemesis, power_level, energy_level)
+    @name = name
+    @super_power = super_power
+    @age = age
+    @arch_nemesis = "The Syntax Error"
+    @power_level = 100
+    @energy_level = 50
+  end
+end
 
 # - Create the following class methods
 #   - say_name, should print the hero's name to the terminal
 #   - maximize_energy, should update the energy_level to 1000
 #   - gain_power, should take an argument of a number and INCREASE the power_level by that number
 
+class SuperHero
+  attr_accessor :name, :super_power, :age
+  attr_reader :arch_nemesis, :power_level, :energy_level
+  def initialize(name, super_power, age)
+    @name = name
+    @super_power = super_power
+    @age = age
+    @arch_nemesis = "The Syntax Error"
+    @power_level = 100
+    @energy_level = 50
+  end
+
+  def say_name
+    puts "#{name}"
+  end
+
+  def maximize_energy(level)
+    puts "energy_level is #{@energy_level*level}"
+  end
+
+  def gain_power(add_power)
+    new_power = @power_level + add_power
+    puts "#{new_power}"
+  end
+end
+
+
 # - Create 2 instances of your SuperHero class
 
+superman = SuperHero.new('Superman', 'Super strength', 47)
+
+superwoman = SuperHero.new('Superwoman', 'Max speed', 40)
 
 # Reflection
 # What parts were most difficult about this exerise?
+#  First, I thought I had at least a working understanding of putting together methods,
+#  hashes, and classes. But the moment they become even slightly complicated, I feel
+#  like my knowledge base crumbles. It felt incredibly complicated to create a method
+#  with multiple parameters. Then inserting a conditional therein was also challenging.
+
+#  Second, creating a class with static and dynamic values should have been much easier.
+#  But the moment I tried to initialize them, I realized I was making mistakes. It's incredible
+#  how important little details are. I realzied that I need to go back and spend a lot of time
+#  not just practicing these things, but rationalizing the logic behind them, and Then
+#  learn to make mistakes and fix them. I need to be conversant with hashes, arrays, classes,
+#  methods, and variations of all of these. It's going to be 70% practice, and 30% deciphering.
 
 # What parts felt most comfortable to you?
+# I feel comfortable with conditionals, because they're not very different in Excel.
 
 # What skills do you need to continue to practice before starting Mod 1?
-
+# Time management! And going through ALL the Mod 1 prework, challenging myself to work through
+# the exercises, and doing them far more autonomously. You really don't understand your gaps
+# until you sit down to do comprehensive exercises that add layers of complexity.