Olivia Sagayaradj Assignment 1

chapter1.2-software-training.py

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+robotics_teams = {
+	1111: {
+		'location':
+		'Edgewater Maryland USA',
+		'rookie year': 2003,
+		'competed in 2019':True,
+		'competitions in 2019':
+		'CHS District Bethesda MD Event sponsored by Bechtel , CHS District Ownings Mills MD Event sponsored by Leidos , FIRST Chesapeake District Champion',
+		'location of 2019 competitions':
+		'Bethesda MD 20817 USA , Owings Mills MD 21117 USA , Fairfax VA 22030 USA',
+		'2019 season awards':
+		'Autonomous Award sponsored by Ford District, Chairmans Award Team Spirit Award sponsored by FCA Foundation'},
+	2222: {
+		'location':
+	    'Tacoma WA USA',
+	    'rookie year': 2007,
+	    'competed in 2019': False
+	},
+	3333: {
+		'location':  
+	    'Julesburg CO USA',
+	    'rookie year': 2010,
+	    'competed in 2019': False
+	},
+	1678: {
+		'location':
+		'Davis CA USA',
+		'rookie year': 2005,
+		'competed in 2019': True,
+		'competitions in 2019':
+		'Central Valley Regional  Sacramento Regional , Aerospace Valley Regional , Carver Division , Einstein Field Houston , RCC Qianjiang International Robotics Invitational , Chezy Champs',
+		'location of 2019 competitions':
+		'Fresno CA USA , Davis CA USA , Lancaster CA USA , Houston TX USA , Houston TX USA , Hangzhou Zhejiang China , San Jose CA USA',
+		'2019 season awards':
+		'Regional Chairmans Award , Regional Winners ,FIRST Deans List Finalist Award Katie Stachowicz , Regional Winners , Industrial Design Award sponsored by General Motors , Regional Winners , Excellence in Engineering Award sponsored by Delphi , Championship Subdivision Winner , Entrepreneurship Award sponsored by Klieiner Perkins Caufield and Byers'
+	},
+	5555: {
+		'location': 
+		'Warren Michigan USA',
+		'rookie year': 2015,
+		'competed in 2019': True,
+		'competitions in 2019':
+		'FIM District Center Line Event , FIM District Marysville Event',
+		'location of 2019 competitions':
+		'Center Line MI USA , Marysville MI USA',
+		'2019 season awards':
+		'District Event Winner'
+	}}
+choice_team_question = int(input('Out of the teams 5555, 1678, 3333, 2222, and 1111, type which team you would like to get information from.'))
+choice_section_question = input('Which information from this team would you like to access, location, rookie year, competed in 2019, competitions in 2019, locations of competitions in 2019, or 2019 season awards.')
+print(robotics_teams[choice_team_question][choice_section_question])

chapter_1_lesson_olivia_sagayaradj.py

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+team_1111 = {'location':
+	Edgewater Maryland USA,
+	'rookie year':
+	2003,
+	'competed in 2019':
+	True,
+	'competitions in 2019':
+	CHS District Bethesda MD Event sponsored by Bechtel  CHS District Ownings Mills MD Event sponsored by Leidos  FIRST Chesapeake District Champion,
+	'location of 2019 competitions':
+	Bethesda MD 20817 USA  Owings Mills MD 21117 USA  Fairfax VA 22030 USA,
+	'2019 season awards':
+	Autonomous Award sponsored by Ford District Chairmans Award Team Spirit Award sponsored by FCA Foundation}
+team_2222 = {'location':
+	Tacoma WA USA,
+	'rookie year':
+	2007,
+	'competed in 2019':
+	False}
+team_3333 = {'location':
+	Julesburg CO USA,
+	'rookie year':
+	2010,
+	'competed in 2019':
+	False}
+team_1678 = {'location':
+	Davis CA USA,
+	'rookie year':
+	2005,
+	'competed in 2019':
+	True,
+	'competitions in 2019':
+	Central Valley Regional  Sacramento Regional  Aerospace Valley Regional  Carver Division  Einstein Field Houston  RCC Qianjiang International Robotics Invitational  Chezy Champs,
+	'location of 2019 competitions':
+	Fresno CA USA  Davis CA USA  Lancaster CA USA  Houston TX USA  Houston TX USA  Hangzhou Zhejiang China  San Jose CA USA,
+	'2019 season awards':
+	Regional Chairmans Award  Regional Winners  
+	FIRST Deans List Finalist Award Katie Stachowicz  Regional Winners  Industrial Design Award sponsored by General Motors
+	Regional Winners  Excellence in Engineering Award sponsored by Delphi  
+	Championship Subdivision Winner  Entrepreneurship Award sponsored by Klieiner Perkins Caufield and Byers}
+team_5555 = {'location': 
+	Warren Michigan USA
+	'rookie year'
+	2015,
+	'competed in 2019':
+	True,
+	'competitions in 2019':
+	FIM District Center Line Event  FIM District Marysville Event,
+	'location of 2019 competitions':
+	Center Line MI USA  Marysville MI USA,
+	'2019 season awards'
+	District Event Winner}

chapter_1_lesson_sagayaradj.py

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+# chapter_1_lesson_sagayaradj.py 
+def Dictionaries():
+	return
+	(robotics_teams == {
+	1111: {
+			'location':
+			'Edgewater Maryland USA',
+			'rookie year': 2003,
+			'competed in 2019':True,
+			'competitions in 2019':
+			'CHS District Bethesda MD Event sponsored by Bechtel , CHS District Ownings Mills MD Event sponsored by Leidos , FIRST Chesapeake District Champion',
+			'location of 2019 competitions':
+			'Bethesda MD 20817 USA , Owings Mills MD 21117 USA , Fairfax VA 22030 USA',
+			'2019 season awards':
+			'Autonomous Award sponsored by Ford District, Chairmans Award Team Spirit Award sponsored by FCA Foundation'},
+		2222: {
+			'location':
+		    'Tacoma WA USA',
+		    'rookie year': 2007,
+		    'competed in 2019': False
+		},
+		3333: {
+			'location':  
+		    'Julesburg CO USA',
+		    'rookie year': 2010,
+		    'competed in 2019': False
+		},
+		1678: {
+			'location':
+			'Davis CA USA',
+			'rookie year': 2005,
+			'competed in 2019': True,
+			'competitions in 2019':
+			'Central Valley Regional  Sacramento Regional , Aerospace Valley Regional , Carver Division , Einstein Field Houston , RCC Qianjiang International Robotics Invitational , Chezy Champs',
+			'location of 2019 competitions':
+			'Fresno CA USA , Davis CA USA , Lancaster CA USA , Houston TX USA , Houston TX USA , Hangzhou Zhejiang China , San Jose CA USA',
+			'2019 season awards':
+			'Regional Chairmans Award , Regional Winners ,FIRST Deans List Finalist Award Katie Stachowicz , Regional Winners , Industrial Design Award sponsored by General Motors , Regional Winners , Excellence in Engineering Award sponsored by Delphi , Championship Subdivision Winner , Entrepreneurship Award sponsored by Klieiner Perkins Caufield and Byers'
+		},
+		5555: {
+			'location': 
+			'Warren Michigan USA',
+			'rookie year': 2015,
+			'competed in 2019': True,
+			'competitions in 2019':
+			'FIM District Center Line Event , FIM District Marysville Event',
+			'location of 2019 competitions':
+			'Center Line MI USA , Marysville MI USA',
+			'2019 season awards':
+			'District Event Winner'
+		}})

chapter_2_lesson_sagayaradj.py

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+teams = {}
+# chapter_2_lesson_sagayaradj.py
+def addDictionary():
+	robotics_teams = {}
+	user_team_name = input('what is the team name')
+	user_team_number = int(input('what is the team number'))
+	user_programing_language = input('what is the programing language')
+	user_width = int(input('what is the width'))
+	user_length = int(input('what is the lenght'))
+	user_camera_vision = input('what is the camera vision')
+	user_number_of_drivetrain_motors = int(input('what is the number of drivetrain motors'))
+	robotics_teams = {
+		"number": user_team_number,
+		"language": user_programing_language,
+		"width": user_width,
+		"length": user_length,
+		"camera vision": user_camera_vision,
+		"drivetrain motors": user_number_of_drivetrain_motors}
+	teams[user_team_name] = robotics_teams	
+# chapter_2_lesson_sagayaradj.py
+def viewDictionary():
+	user_team_name_question = int(input('Type which the name of the team you would like to view')),
+	user_team_section_question = input("Which information from this team would you like to access, 'programing language', 'width', 'length', 'camera vision', 'number of drivetrain motors'."),
+	print(robotics_teams[user_team_name_question][user_team_section_question])
+# chapter_2_lesson_sagayaradj.py
+def removeDictionary():
+	user_team_name_question = int(input('Type what is the name of the team you would like to remove'))
+	print(robotics_teams[user_team_name_question])
+# chapter_2_lesson_sagayaradj.py
+def editDictionary():
+	user_team_name_question = int(input('Type what is the name of the team you would like to edit'))
+	user_team_section_question = input("Which information from this team would you like to edit, 'programing language', 'width', 'length', 'camera vision', or 'number of drivetrain motors'")
+	print(robotics_teams[user_team_name_question][user_team_section_question])
+robotics_teams = {}
+starting_sequence = False
+edited = False
+activity_choice = ""
+while starting_sequence == False:
+	state_variable = 'menu';
+	print("Main Menu")
+	if edited == False:
+		activity_choice = input("There is nothing saved. Would you like to add/edit/remove/view information, 'yes' or 'no'")
+		print("act: " + str(activity_choice))
+		if activity_choice == 'no':
+			activity_choice = True;
+			print("Great job. You are now finished")
+			state_variable = 'menu'  
+		if activity_choice == 'yes':
+			activity_choice = True;
+			state_variable = 'modify'
+			activity_choice = input("Would you like to 'add', 'edit', 'remove', or 'view' information")
+			print("act: " + str(activity_choice))
+			if activity_choice == 'add':
+				activity_choice = True;
+				state_variable = 'modify'
+				addDictionary();
+			if activity_choice == 'view':
+				activity_choice  = True;
+				state_variable = 'view'
+				viewDictionary()
+				if user_team_number != int:
+					print("The input is not valid, please type an interger")
+					while user_team_number != int:
+						viewDictionary()
+			if activity_choice == 'remove':
+				activity_choice = True;
+				state_variable = 'edit'
+				removeDictionary()
+				if user_team_number != int:
+					print("The input is not valid, please type an interger")
+					while robotics_team_number != int:
+						removeDictionary()
+			if activity_choice == 'edit':
+				activity_choice = True;
+				state_variable = 'edit'
+				editDictionary()
+				if user_team_number != int:
+					print("The input is not valid, please type an interger")
+					while user_team_number != int:
+						editDictionary()
+			if activity_choice == 'return to menu':
+				activity_choice = True;
+				state_variable = 'menu'
+			if activity_choice == 'quit':
+				break
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

chapter_3_lesson_sagayaradj.py

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+# chapter_1_lesson_sagayaradj.py
+from chapter_1_lesson_sagayaradj import robotics_teams
+# chapter_2_lesson_sagayaradj.py
+from chapter_2_lesson_sagayaradj import viewDictionary
+from chapter_2_lesson_sagayaradj import addDictionary
+from chapter_2_lesson_sagayaradj import removeDictionary
+from chapter_2_lesson_sagayaradj import editDictionary
+robotics_teams = {}
+starting_sequence = False
+edited = False
+activity_choice = ""
+while starting_sequence == False:
+	state_variable = 'menu';
+	print("Main Menu")
+	if edited == False:
+		activity_choice = input("There is nothing saved. Would you like to add/edit/remove/view information, 'yes' or 'no'")
+		print("act: " + str(activity_choice))
+		if activity_choice == 'no':
+			activity_choice = True;
+			print("Great job. You are now finished")
+			state_variable = 'menu' 
+		if activity_choice == 'yes':
+			activity_choice = True;
+			state_variable = 'modify'
+			activity_choice = input("Would you like to 'add', 'edit', 'remove', or 'view' information")
+			print("act: " + str(activity_choice))
+			if activity_choice == 'add':
+				activity_choice = True;
+				state_variable = 'modify'
+				addDictionary()
+			if activity_choice == 'view':
+				activity_choice = True;
+				state_variable = 'view'
+				viewDictionary()
+				if user_team_number != int:
+					print("The input is not valid, please type an interger")
+					while user_team_number != int:
+						viewDictionary()
+			if activity_choice == 'remove':
+				activity_choice = True;
+				state_variable = 'edit'
+				removeDictionary()
+				if user_team_number != int:
+					print("The input is not valid, please type an interger")
+					while robotics_team_number != int:
+						removeDictionary()
+			if activity_choice == 'edit':
+				activity_choice = True;
+				state_variable = 'edit'
+				editDictionary()
+				if user_team_number != int:
+					print("The input is not valid, please type an interger")
+					while user_team_number != int:
+						editDictionary()
+			if activity_choice == 'return to menu':
+				activity_choice = True;
+				state_variable = 'menu'
+			if activity_choice == 'quit':
+				break

chapter_4_lesson_sagayaradj.py

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+user_question_x_point_x = int(input('Type value for x for point x.'))
+user_question_y_point_x = int(input('Type value for y for point x.'))
+user_question_x_point_y = int(input('Type value for x for point y.'))
+user_question_y_point_y = int(input('Type value for y for point y.'))
+user_question_x_point_z = int(input('Type value for x for point z.'))
+user_question_y_point_z = int(input('Type value for y for point z.'))
+user_question_z_point_z = int(input('Type value for z for point z.'))
+class Point:
+    def __init__(self, x, y):
+        self.x = x
+        self.y = y
+    def distance(self):
+        import math
+        print(math.sqrt(self.x**2 + self.y**2))
+x = Point(user_question_x_point_x,user_question_y_point_x)
+y = Point(user_question_x_point_y,user_question_y_point_y)
+class Point_3D(Point):
+        def __init__(self, x, y, z):
+            super().__init__(x, y)
+            self.z = z
+        def distance_3D(self):
+            import math
+            print(math.sqrt(self.x**2 + self.y**2 + self.z**2))
+x = Point_3D(user_question_x_point_z,user_question_y_point_z,user_question_z_point_z)
+x.distance_3D()
+user_points_question = input("Which 2D point would you like to use to find the distance from the 3D point, 'x' or 'y'")
+print("act: " + str(user_points_question))
+if user_points_question == 'x':
+    user_points_question = True;
+    def pointComparisons_x():
+            if x<z == True:
+                print("point x is less than point z")
+            if x>z == True:
+                print("point x is greater than point z")
+            if x==z == True:
+                print("point x and point z are equal")
+if user_points_question == 'y':
+    user_points_question = True;
+    def pointComparisons_y():
+            if y<z == True:
+                print("point y is less than point z")
+            if y>z == True:
+                print("point y is greater than point z")
+            if y==z == True:
+                print("point y and point z are equal")
+
+