Adam Wu Assignment 1

ch_1_assign_adam_wu.py

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+teams_dictionary = {
+    1678:{
+        "location":"Davis_CA_USA",
+        "rookie_year":"2005",
+        "2019_comp_status":True,
+        "2019_comp_name":[
+            "Central_Valley_Regional",
+            "Sacramento_Regional",
+            "Aerospace_Valley_Regional",
+            "Carver_Division",
+            "Einstein_Field_Houston",
+            "RCC_Qianjiang_International_Robotics_Invitational",
+            "Chezy_Champs"],
+        "2019_comp_location":[
+            "Fresno_CA_USA",
+            "Davis_CA_USA",
+            "Lancaster_CA_USA",
+            "Houston_TX_USA",
+            "Houston_TX_USA",
+            "Hangzhou_Zhejiang_CHN",
+            "SanJose_CA_USA"],
+        "2019_season_awards":[
+            "Regional_Chairmans",
+            "Regional_Winners",
+            "Deans_List_Finalist",
+            "Regional_Winners",
+            "Industrial_Design",
+            "Regional_Winners",
+            "Excellence_Engineering",
+            "Championship_Subdivision_Winner"]},
+    5000:{
+        "location":"Hingham_MA_USA",
+        "rookie_year":"2014",
+        "2019_comp_status":True,
+        "2019_comp_name":[
+            "NE_District_SE_Mass_Event",
+            "NE_District_Rhode_Island_Event"],
+        "2019_comp_location":[
+            "Bridgewater_MA_02324_USA",
+            "Smithfield_RI_02917_USA"],
+        "2019_season_awards":[]},
+    69:{
+        "location":"Quincy_MA_USA",
+        "rookie_year":"1998",
+        "2019_comp_status":True,
+        "2019_comp_name":[
+            "NE_District_SE_Mass_Event",
+            "NE_District_UNH_Event",
+            "New_England_District_Championship"],
+        "2019_comp_location":[
+            "Bridgewater_MA_02324_USA",
+            "Durham_NH_03824_USA",
+            "Worcester_MA_USA"],
+        "2019_season_awards":[
+            "District_Event_Finalist",
+            "Creativity_Award_sponsored_by_Xerox",]},
+    590:{
+        "location":"Choctaw_MS_USA",
+        "rookie_year":"2001",
+        "2019_comp_status":True,
+        "2019_comp_name":[
+            "Bayou_Regional"],
+        "2019_comp_location":[
+            "Kenner_LA_70065_USA"],
+        "2019_season_awards":[]},
+    3686:{
+        "location":"Memphis_TN_USA",
+        "rookie_year":"2011",
+        "2019_comp_status":False,
+        "2019_comp_name":[],
+        "2019_comp_location":[],
+        "2019_season_awards":[]}
+}
+team_input = int(input('choose an FRC team: 1678, 5000, 69, 590, or 3689.\n'))
+team_attribute = str(input('enter an attribute, "location", "rookie_year", "2019_comp_status", "2019_comp_name", "2019_comp_location", or "2019_season_awards".\n').lower())
+print(teams_dictionary[team_input][team_attribute])

ch_1_lesson_Adam_Wu.py

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+print('Hello, World!')

ch_2_assign_adam_wu.py

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+def team_add_function():
+    team_number = input('Please enter team number you would like to add/change:\n')
+    if team_number.isnumeric():
+        teams.update({team_number:{}})
+    else:
+        print('please enter a number')
+
+        return
+
+    user_input = '1'
+    while True: 
+
+
+        for key in team_menu.keys():
+            print(str(key) +': '+team_menu[key]['property'])
+
+            #user_input will allow you to exit the program
+        user_input = int(input('enter number corresponding to what you would like to add/change \n'))
+        key_entered = user_input
+
+        if user_input == 0:
+            break
+
+        want_to_change = team_menu[key_entered]
+
+            #val_change is the variable for new values
+        if user_input == 4:
+            val_change = input('enter 1 for true and 0 for false\n')
+        else:
+            val_change = input('what is the new value for ' + want_to_change['property']+'\n')
+        try:
+            if want_to_change['type'] == 'str':
+                try:
+                    if val_change.isnumeric():
+                        print('please enter a number')
+                except:
+                    print("Oops! please make sure you enter a " + str(want_to_change['type']))
+                    print("Next entry.")
+
+            elif want_to_change['type'] == 'int':
+                val_change = int(val_change)
+            elif want_to_change['type'] == 'bool':
+                val_change = int(val_change)
+                val_change = val_change == 1
+            teams[team_number][want_to_change['property']] = val_change
+
+        except:
+            print("Oops! please make sure you enter a " + want_to_change['type'])
+            print("Next entry.")
+
+        print(teams)
+
+def team_delete_function():
+    team_name = input('delete which team? \n')
+    if team_name.isnumeric():
+        if team_name in teams.keys():
+            print(teams.keys())
+            teams.pop(team_name)
+            print(teams.keys())
+        else:
+            print('team ' + team_name +' does not exist')
+    else:
+        print('please enter an integer \n')
+
+def team_search_function():
+    team_search = input('what team would you like to search? \n')
+    #team_search_validation = False
+    if team_search in teams.keys():
+        print('yes it is in the database')
+
+    else:
+        for team_number, team_info in teams.items():
+            for key, value in team_info.items():
+                if team_search == value:
+                    print('yes it is in the dictionary')
+                else:
+                    print('this is not in the dictionary')
+
+
+def teams_show_function():
+    for key, value in teams.items():
+        print (key)
+        for subkey, subvalue in value.items():
+            print('  '+ str(subkey) + ' = ' + str(subvalue))
+
+teams = {};
+user_menu = {
+    1: 'add/change_team_info', 
+    2: 'Remove_team', 
+    3: 'search_team', 
+    4: 'show_all_teams', 
+    0: 'quit'}
+team_menu = {
+    1: {'property': 'team_name','type':'str'},
+    2: {'property': 'location','type':'str'},
+    3: {'property': 'program_language', 'type':'str'},
+    4: {'property': 'camera_vision_system','type':'bool'},
+    5: {'property': 'width','type':'int'}, 
+    6: {'property': 'length','type':'int'},
+    7: {'property': 'number_drivetrain_motor','type':'int'},
+    0: {'property': 'main_menu'}}
+
+user_menu_selection = ''
+while user_menu_selection != 0: 
+
+    for key, value in user_menu.items():
+        print(str(key) + ': ' + str(value))
+
+    user_menu_selection = str(input('please enter number of selection you would like to make \n'))
+
+    if user_menu_selection == '0':
+        break
+    if user_menu_selection == '1':
+        team_add_function()
+    if user_menu_selection == '2':
+        team_delete_function()
+    if user_menu_selection == '3':
+        team_search_function()
+    if user_menu_selection == '4':
+        teams_show_function()

ch_3_assign_adam_wu.py

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+def team_add_function():
+    team_number = input('Please enter team number you would like to add/change:\n')
+    if team_number.isnumeric():
+        teams.update({team_number:{}})
+    else:
+        print('please enter a number')
+
+        return
+
+    user_input = '1'
+    while True: 
+
+
+        for key in team_menu.keys():
+            print(str(key) +': '+team_menu[key]['property'])
+
+            #user_input will allow you to exit the program
+        user_input = int(input('enter number corresponding to what you would like to add/change \n'))
+        key_entered = user_input
+
+        if user_input == 0:
+            break
+
+        want_to_change = team_menu[key_entered]
+
+            #val_change is the variable for new values
+        if user_input == 4:
+            val_change = input('enter 1 for true and 0 for false\n')
+        else:
+            val_change = input('what is the new value for ' + want_to_change['property']+'\n')
+        try:
+            if want_to_change['type'] == 'str':
+                try:
+                    if val_change.isnumeric():
+                        print('please enter a number')
+                except:
+                    print("Oops! please make sure you enter a " + str(want_to_change['type']))
+                    print("Next entry.")
+
+            elif want_to_change['type'] == 'int':
+                val_change = int(val_change)
+            elif want_to_change['type'] == 'bool':
+                val_change = int(val_change)
+                val_change = val_change == 1
+            teams[team_number][want_to_change['property']] = val_change
+
+        except:
+            print("Oops! please make sure you enter a " + want_to_change['type'])
+            print("Next entry.")
+
+        print(teams)
+
+def team_delete_function():
+    team_name = input('delete which team? \n')
+    if team_name.isnumeric():
+        if team_name in teams.keys():
+            print(teams.keys())
+            teams.pop(team_name)
+            print(teams.keys())
+        else:
+            print('team ' + team_name +' does not exist')
+    else:
+        print('please enter an integer \n')
+
+def team_search_function():
+    team_search = input('what team would you like to search? \n')
+    #team_search_validation = False
+    if team_search in teams.keys():
+        print('yes it is in the database')
+
+    else:
+        for team_number, team_info in teams.items():
+            for key, value in team_info.items():
+                if team_search == value:
+                    print('yes it is in the dictionary')
+                else:
+                    print('this is not in the dictionary')
+
+
+def teams_show_function():
+    for key, value in teams.items():
+        print (key)
+        for subkey, subvalue in value.items():
+            print('  '+ str(subkey) + ' = ' + str(subvalue))
+
+teams = {};
+user_menu = {
+    1: 'add/change_team_info', 
+    2: 'Remove_team', 
+    3: 'search_team', 
+    4: 'show_all_teams', 
+    0: 'quit'}
+team_menu = {
+    1: {'property': 'team_name','type':'str'},
+    2: {'property': 'location','type':'str'},
+    3: {'property': 'program_language', 'type':'str'},
+    4: {'property': 'camera_vision_system','type':'bool'},
+    5: {'property': 'width','type':'int'}, 
+    6: {'property': 'length','type':'int'},
+    7: {'property': 'number_drivetrain_motor','type':'int'},
+    0: {'property': 'main_menu'}}
+
+user_menu_selection = ''
+while user_menu_selection != 0: 
+
+    for key, value in user_menu.items():
+        print(str(key) + ': ' + str(value))
+
+    user_menu_selection = str(input('please enter number of selection you would like to make \n'))
+
+    if user_menu_selection == '0':
+        break
+    if user_menu_selection == '1':
+        team_add_function()
+    if user_menu_selection == '2':
+        team_delete_function()
+    if user_menu_selection == '3':
+        team_search_function()
+    if user_menu_selection == '4':
+        teams_show_function()

ch_4_assign_adam_wu.py

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+from math import sqrt;
+import math;
+
+def number_validation(number):
+    return number.isdigit()
+
+class Point:
+    def __init__(self, x, y):
+        self.x = x
+        self.y = y
+    def calculateDistance(self):
+        return math.sqrt(self.x**2 + self.y**2)
+
+class Point3D(Point):
+    def __init__(self, x, y, z):
+        super().__init__(x, y) 
+        self.z = z
+    def calculateDistance(self):
+        return math.sqrt(super().calculateDistance() + self.z**2)
+
+x = input('what is the x value\n')
+while number_validation(x) == False:
+    print('not valid')
+    x = input('what is the x value')
+y = input('what is the y value\n')
+while number_validation(y) == False:
+    print('not valid')
+    y = input('what is your 2d y value')
+aPoint = Point( float(x), float(y))
+distance2D = aPoint.calculateDistance()
+
+print(distance2D)
+
+x = input('what is the 3D x value\n')
+while number_validation(x) == False:
+    print('not valid')
+    x = input('what is your 3D x value\n')
+y = input('what is the 3D y value\n')
+while number_validation(y) == False:
+    print('not valid')
+    y = input('what is your 3D y value\n')
+z = input('what is the 3D z value\n')
+while number_validation(z) == False:
+    print('not valid')
+    z = input('what is your z value\n')
+bPoint = Point3D( float(x), float(y), float(z))
+distance3D = bPoint.calculateDistance()
+
+print(distance3D)
+
+if distance2D>distance3D:
+    print('the 2d distance point is farther\n')
+elif distance3D == distance2D:
+    print('the two points are equally far from origin\n')
+else:
+    print('the 3d distance point is farther\n')