Arthur Zarins Assignment 1

1678/ch_1_Arthur_Zarins.py

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+print('Hello, world! ipjsed42d')

Island_Survival_Game_Arthur_Zarins.py

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+import random
+squares = {}
+size = 7
+xPos = size // 2
+yPos = size // 2
+for x in range(size):
+    for y in range(size):
+        # Add a square
+        squares.update({str(x) + "-" + str(y): True})
+# print(squares)
+
+
+def printBoard():
+    for y in range(size):
+        line = ""
+        for x in range(size):
+            # Add a square
+            boolo = squares[str(x) + "-" + str(y)]
+            if boolo == True:
+                if y == yPos and x == xPos:
+                    line = line + "Pl"
+                else:
+                    line = line + "[]"
+            else:
+                line = line + "  "
+        print(line)
+
+    # else:
+        # Off-board
+# End of function
+game = True
+while game == True:
+    printBoard()
+    legalMove = False
+    while legalMove == False:
+        oX = xPos
+        oY = yPos
+        move = input("Where will you move? wasd controls\n ")
+        if move == "w":
+            yPos = yPos - 1
+            if -1 < xPos < size and -1 < yPos < size:
+                legalMove = True
+        elif move == "a":
+            xPos = xPos - 1
+            if -1 < xPos < size and -1 < yPos < size:
+                legalMove = True
+        elif move == "s":
+            yPos = yPos + 1
+            if -1 < xPos < size and -1 < yPos < size:
+                legalMove = True
+        elif move == "d":
+            xPos = xPos + 1
+            if -1 < xPos < size and -1 < yPos < size:
+                legalMove = True
+        else:
+            print("Invalid move")
+        # Return to last pos if unaccepted
+        if legalMove == False:
+            xPos = oX
+            yPos = oY
+        # end
+    # Remove terrain
+    RX = 0
+    RY = 0
+    while (RX == xPos and RY == yPos) or squares[str(str(RX) + "-" + str(RY))] == False:
+        # We want to remove a new part of the Island, and not kill the player
+        RX = random.randint(0, size)
+        RY = random.randint(0, size)
+        if RX >= size:
+            RX = size - 1
+        if RY >= size:
+            RY = size - 1
+    if RX == xPos and RY == yPos:
+        print()
+    else:
+        squares.update({str(RX) + "-" + str(RY): False})
+        good = 0
+        for x in range(size):
+            for y in range(size):
+                # Add to good square count
+                if squares[str(xPos) + "-" + str(yPos)] == True:
+                    good = good + 1
+        if squares[str(xPos) + "-" + str(yPos)] == False:
+            print("GAME OVER")
+            game = False
+        if good < 1:
+            print("You win!")
+            game = False

PRACTICE_Classes 1.py

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+class Bot():
+
+    def __init__(self, pos, name):
+        self.name = name
+        self.pos = pos
+        self.arm = 0
+        self.cube = False
+    def roll(self, distance):
+        self.pos = self.pos + distance
+    def armMove(self, distance):
+        self.arm = self.arm + distance
+    def pick(self):
+        if self.pos == 3:
+            self.cube = True
+Rob = Bot(0, "Rob")
+while True:
+    print("Robot is at pos " + str(Rob.pos) + " with arm pos " + str(Rob.arm) + " and cube is " + str(Rob.cube))
+    func = input("cube, roll, armMove?")
+    if func == "cube":
+        Rob.pick()
+    elif func == "armMove":
+        Rob.armMove(1)
+    elif func == "roll":
+        Rob.roll(1)
+

Rubik's cube math.py

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+
+# Credits:
+# Christopher Mowla for providing the function @ https://docs.google.com/file/d/0Bx0h7-zg0f4NTUM1MWUtaDJrbms/edit
+# Arthur Zarins for compiling the code
+import math
+
+
+class cube():
+    def __init__(self, size):
+        self.size = size
+
+    def combos(self):
+        # 8 corners have 8 possibilities
+        total = math.factorial(8) * (3 ** 7) / 24 ** ((self.size + 1) % 2)
+        # add center edges
+        total = total * ((math.factorial(12) * (2 ** 10)) ** (self.size % 2))
+        # add wing edges
+        total = total * (math.factorial(24) ** round((self.size - 2) / 2))
+        # add centers
+        total = total * ((math.factorial(24) / (math.factorial(4) ** 6))
+                         ** round(((self.size - 2) / 2) ** 2))
+        return total
+
+#Disclaimer: This may return inf (infinity) for 10x10 cubes and up. Sadly, computer calculators are also limited.
+myCube = cube(9)
+print(myCube.combos())

Tester.py

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+# Fun test program
+testA = "3|(y + |(y^2 + z^3)) + 3|(y - |(y^2 + z^3)) - b/3a"
+testB = "c/3a - b^2/9a^2"
+testC = "-b^3/37a^3 + bc/6a^2 - d/2a"
+answerA = input("x =    ")
+if(answerA == testA or answerA == "skip"):
+    answerB = input("z =    ")
+    if(answerB == testB or answerB == "skip"):
+        answerC = input("y =    ")
+        if(answerC== testC or answerC == "skip"):
+            answerC = input("Congrats! All questions are correct")
+        else:
+            print("x ACTUALLY = " + testC)
+    else:
+        print("x ACTUALLY = " + testB)
+else:
+    print("x ACTUALLY = " + testA)

ch_1_Arthur_Zarins.py

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+print('Hello, world!')
+print("To run this in VS code, use Ctrl Fn F5")
+print("1678 PARENT INFO NIGHT this saturday! 4:30-6:30")
+print("Get dad's signature on da WPR")
+x = "a"
+y = isinstance(x, int)
+print(y)

ch_1_Arthur_Zarins_hw.py

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+#Reminder for self: to run python programs in Visual Studio code, use Cntrl + Fn + F5
+teams = {
+	'1678': {'Weight':200, 'Wheels': 4, 'Speed': 9},
+	'2583': {'Weight': 300, 'Wheels': 325, 'Speed': 3}
+}
+def teamStats(teamName):
+	print("Team " + teamName + " is awesome")
+print(teams['1678']['Weight'])

ch_1_assign_Arthur_Zarins_.py

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+# Reminder for self: to run python programs in Visual Studio code, use Cntrl + Fn + F5
+teams = {
+    "1678": {'name': "Citrus",
+             'Last Year': 2019,
+             'Location': "Davis CA",
+             'Rookie Year': 2005,
+             'Events': "Sac Regional, Central Valley Regional, AeroSpace Valley Regional, Carver division, Einstein field, RCC Qianjiang International Robotics Invitational, Chezy Champs",
+             'Awards': "Capital City Classic 2019, 2018 Madtown Finalist, 2018 Chezy Champs Finalist",
+             "Competed At": "Davis CA, Fresno CA, Houston TX, Lancaster CA"
+             },
+    "2551": {'name': "Penguins",
+             'Last Year': 2019,
+             'Location': "Novato CA",
+             'Rookie Year': 2008, 
+             'Events': 'Sac Regional, SF Regional, Galileo divison',
+             'Awards': "UC Davis highest rookie seed award, 2018 Sac regional innovation in control",
+             "Competed At": "San Francisco CA, Sacramento CA, Houston TX, Elk Grove CA"
+             },
+    "3421": {'name': "LizzardTech",
+             'Last Year': 2013,
+             'Location': "Marysville MI",
+             'Rookie Year': 2010,
+             'Events': 'MI FRC state championship',
+             'Awards': "Liviona district 2012 cooperation award",
+             "Competed At": "Flint MI, Livonia MI, Ypsilanti MI"},
+    "2942": {'name': "PandaRobotics",
+             'Last Year': 2018,
+             'Location': "Seattle, WA",
+             'Rookie Year': 2009,
+             'Events': 'Seattle',
+             'Awards': "2009 Seattle Imagery award",
+             "Competed At": "Auburn WA"},
+    "3890": {'name': "FakeTeamname",
+             'Last Year': 2015,
+             'Location': "Boulder, Colorado",
+             'Rookie Year': 2003,
+             'Events': 'South pacific regional',
+             'Awards': "South pacific regional Woodie Flowers award",
+             "Competed At": "San Francisco CA, Houston TX, Elk Grove CA, Sacramento CA"}
+
+}
+#reference = "is"
+def getList(dict): 
+    list = [] 
+    for key in dict.keys(): 
+        list.append(key) 
+
+    return list
+def nameSweep(teamStrname):
+    teamNums = getList(teams)
+    #print(teamNums)
+    for x in teamNums:
+        if(teams[x]["name"] == teamStrname):
+            return x
+    return 0
+
+def teamStats(teamname, attribute):
+    # New variable refernce will handle grammer related to pluralities
+    if (attribute == "Events" or attribute == "Rookie Year" or attribute == "Location" or attribute == "Last Year" or attribute == "Awards" or attribute == "Competed At"):
+        if(teamname in teams):
+            reference = "is"
+            stringTest = str(teams[teamname][attribute]).split(",")
+            attributeDisplay = attribute
+            if attribute == "Events" and len(stringTest) > 2:
+                reference = "are"
+            else:
+                if attribute == "Events":
+                    attributeDisplay = "only Event"
+                reference = "is"
+
+            print("Team " + str(teamname) + "'s " + str(attributeDisplay) +
+                  " " + str(reference) + " " + str(teams[teamname][attribute]))
+        elif (nameSweep(teamname) in teams):
+            teamname = nameSweep(teamname)
+            reference = "is"
+            stringTest = str(teams[teamname][attribute]).split(",")
+            attributeDisplay = attribute
+            if attribute == "Events" and len(stringTest) > 2:
+                reference = "are"
+            else:
+                if attribute == "Events":
+                    attributeDisplay = "only Event"
+                reference = "is"
+
+            print("Team " + str(teamname) + "'s " + str(attributeDisplay) +
+                  " " + str(reference) + " " + str(teams[teamname][attribute]))
+        else:
+            print("That team does not exist")
+    else:
+        print("That stat does not exist")
+
+def runContinuous():
+    while(True):
+        a1 = input("What is the team number?\n      ")
+        a2 = input("What's the stat?\n      ")
+        teamStats(a1, a2)
+
+
+# If you want to run the program, uncomment the following line (commented so chapter 3 can work):
+# runContinuous()
+if __name__ == "__main__":
+    #Only runs if assignment 1 is called
+    runContinuous()

ch_2_assign_Arthur_Zarins.py

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+import ch_1_assign_Arthur_Zarins_
+# Reminder for self: to run python programs in Visual Studio code, use Cntrl + Fn + F5
+
+
+def is_number(s):
+    try:
+        float(s)
+        return True
+    except ValueError:
+        pass
+
+
+def add(team):
+    if(str(team) not in ch_1_assign_Arthur_Zarins_.teams):
+        if is_number(team) == True:
+            ch_1_assign_Arthur_Zarins_.teams.update({str(team): {"name": "",
+                                                                 "language": "",
+                                                                 "width": "",
+                                                                 "length": "",
+                                                                 "motors": "",
+                                                                 "cameraVision": False
+                                                                 }})
+            print("Team " + str(team) + " added successfully.\n     ")
+        else:
+            print("Team name must be a number")
+    else:
+        print("This team already exists")
+
+
+def update(team, stat, updateTxt):
+    if search(team) == True:
+        ch_1_assign_Arthur_Zarins_.teams[team].update(
+            {str(stat): str(updateTxt)})
+        print("Successfully updated an attribute of " + team)
+
+
+def remove(team):
+    if(search(team)):
+        ch_1_assign_Arthur_Zarins_.teams.pop(str(team), None)
+
+
+def search(team):
+    if(str(team) in ch_1_assign_Arthur_Zarins_.teams):
+        print("Team " + team + " exists")
+        return True
+    else:
+        print("Error: team " + team + " does not exist")
+        return False
+
+
+def listTeams():
+    teamList = []
+    for i in ch_1_assign_Arthur_Zarins_.teams.keys():
+        teamList.append(i)
+    print("All teams: ")
+    print(teamList)
+
+
+def teamStats(team):
+    if(search(team)):
+        print("Stats for team " + team + ":")
+        print(ch_1_assign_Arthur_Zarins_.teams[team])
+# Now we can ask questions
+
+
+def runContinuous():
+    while True:
+        # constant prompt
+        function = input(
+            "HOME. Type one of the following commands: 1)add 2)update 3)remove 4)search 5)listTeams 6)teamStats\n        ")
+        if function == "add":
+            # Adds a new team to the database
+            a1 = input(
+                "What is the team number? This is how the team will be referred to. WARNING: DUPLICATE TEAM name OVERWRITES OLD DATA\n    ")
+            add(str(a1))
+        elif function == "update":
+            # Updates a team attribute
+            # MUST REFER TO IT Y NUMBER
+            a1 = input(
+                "What is the team number? NAMES NOT ALLOWED for this attribute\n    ")
+            a2 = input(
+                "What is the team attribute? (name/motors/cameraVision/language/width/length)\n    ")
+            a3 = input("What is the team attribute NEW value?\n     ")
+            update(a1, a2, a3)
+        elif function == "remove":
+            # Removes a team
+            a1 = input("What is the team number / name?\n      ")
+            if(int(ch_1_assign_Arthur_Zarins_.nameSweep(a1)) > 0):
+                a1 = ch_1_assign_Arthur_Zarins_.nameSweep(a1)
+            remove(a1)
+        elif function == "search":
+            # States if a team exists
+            a1 = input("What is the team number / name?\n      ")
+            if(int(ch_1_assign_Arthur_Zarins_.nameSweep(a1)) > 0):
+                a1 = ch_1_assign_Arthur_Zarins_.nameSweep(a1)
+            search(a1)
+        elif function == "listTeams":
+            # State all existing teams
+            listTeams()
+        elif function == "teamStats":
+            # States the stats for the team, specifically the attributes
+            a1 = input("What is the team number / name?\n      ")
+            if(int(ch_1_assign_Arthur_Zarins_.nameSweep(a1)) > 0):
+                a1 = ch_1_assign_Arthur_Zarins_.nameSweep(a1)
+            teamStats(a1)
+
+
+# Uncomment the following line to run the program:
+if __name__ == "__main__":
+    # only run the program if chapter 2 is called
+    runContinuous()