Winston-Salem Open, Qualification stats & predictions

Beyond sportsmanship benefits, hosting events like Winston-Salem Open bolsters local economies through tourism revenue.

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• Tourism Boost:/lIi>.Increased visitor influx supports hospitality sectors such as hotels and restaurants.
  
  <|vq_12066|>.<|repo_name|>zhang-miao/hydra<|file_sep|>/Backend/Components/Python/Python_Projects/Python_Codes/Learn_Python_the_Hard_Way/ex32.py # Exercise32.py # More Practice With Lists # Create a list the_list = [1,2,"three",4] # Print out the list print "The list is:",the_list # Print out the type of thing it is print "The list type is:",type(the_list) # Print out first element print "The first element is:",the_list[0] # Print out third element print "The third element is:",the_list[2] # Print out the number of elements in the list print "There are",len(the_list),"elements in this list" # Loop through list for each_item in the_list: print "The current item is:",each_item # Append something new to end the_list.append("APPENDED!") print "This new list:",the_list # Insert something at index zero the_list.insert(0,"INSERTED!") print "This new list:",the_list # Pop off end the_list.pop() print "This new list:",the_list # Pop off index one the_list.pop(1) print "This new list:",the_list # Show that two ways work (to get rid of something) del(the_list[2]) print "This new list:",the_list the_list.pop(2) print "This new list:",the_list <|file_sep|># Exercise37.py # Symbol Table Practice from sys import exit class Scene(object): def enter(self): print "This scene is not yet configured." print "Subclass it and implement enter()." exit(1) class Engine(object): def __init__(self,map): self.scene_map = map def play(self): current_scene = self.scene_map.opening_scene() last_scene = self.scene_map.next_scene('finished') while current_scene != last_scene: next_scene_name = current_scene.enter() current_scene = self.scene_map.next_scene(next_scene_name) # be sure to print out the last scene current_scene.enter() class Death(Scene): def enter(self): print "You died." return 'death' class CentralCorridor(Scene): def enter(self): print """ You find yourself standing inside a small circular room with metal walls. To your left there is a large door leading north. Behind you there is another door leading south. A large sign above you reads 'Danger!' There is a large robotic sentry guarding the north door. What do you do? """ action = raw_input("> ") if action == 'shoot!': print "You shoot at the sentry but miss!" return 'death' elif action == 'dodge!': print "You dodge but trip over your own feet!" return 'death' elif action == 'tell a joke': print """ You tell the sentry a joke: LMAO! The sentry shuts down! """ return 'laser_weapon_armory' else: print "DOES NOT COMPUTE!" return 'central_corridor' class LaserWeaponArmory(Scene): def enter(self): print """ You enter into another circular room with metal walls. To your right there is another door leading east. There is also a big glass box here that contains a laser weapon. What do you do? """ action = raw_input("> ") if action == 'take laser': print """ You try opening up the box... ...but it doesn't open! """ return 'central_corridor' else: print """ DOES NOT COMPUTE! """ return 'central_corridor' class EscapePod(Scene): def enter(self): print """ You've made it into one final circular room with metal walls. There are ten doors here leading eastwards! Each door has a number from one through ten. Which one do you take? """ action = raw_input("> ") if action == str(1) or action == str(2) or action == str(3) or action == str(4) or action == str(5) or action == str(6) or action == str(7) or action == str(8) or action == str(9) or action == str(10): if action == str(self.correct_pod()): print """ You made it! Congrats! """ return 'finished' else: print """ Wrong pod! """ return 'death' else: print """ DOES NOT COMPUTE! """ return 'escape_pod' def correct_pod(self): import random number = random.randint(1,10) return number class Map(object): scenes = { 'central_corridor': CentralCorridor(), 'death': Death(), 'finished': Scene(), 'escape_pod': EscapePod(), 'laser_weapon_armory': LaserWeaponArmory(), } def __init__(self,start_scene): self.start_scene = start_scene def next_scene(self,key): val = Map.scenes.get(key) return val def opening_scene(self): return self.next_scene(self.start_scene) a_map = Map('central_corridor') a_game = Engine(a_map) a_game.play() <|file_sep|># Exercise15.py # Reading Files from sys import exit from os.path import exists script_dir = '/home/marco/PycharmProjects/LearnPythonTheHardWay/Exercises/' input_file_path = script_dir + input("Enter filename:") def gold_room(): print "This room has gold all over!" # Prompt user input (choice) choice = raw_input("> ") if choice == "take it": dead("Man! You got greedy!") elif choice == "leave it": print "Good choice! You leave it alone." call_next_room() def bear_room(): print "There is bear here." print "Behind him there is another door." print "The bear is eating tasty honey!" print "What would you do?" choice = raw_input("> ") if choice == "take honey": dead("Bear killed you") elif choice == "taunt bear": print("Bear moved from door.") call_next_room() else: print("DOES NOT COMPUTE!") bear_room() def call_next_room(): next_room_name = raw_input("> ") if next_room_name.lower() == ("gold"): gold_room() def dead(reason): print reason, exit(0) if exists(input_file_path): input_file = open(input_file_path,'r') else: print "%s does not exist" % input_file_path exit() bear_room()<|repo_name|>zhang-miao/hydra<|file_sep|>/Backend/Components/Python/Python_Projects/Python_Codes/Learn_Python_the_Hard_Way/ex27.py # Exercise27.py # More Practice With Conditionals people = 20 cats =30 dogs=15 if people cats: print "Not many cats! The world is saved!" if people < dogs: print"Too many dogs! The world is doomed!" if people > dogs: print"Not many dogs! The world is saved!" dogs +=5 if people>=dogs: print"people are greater than or equal to dogs." if people<=dogs: print"people are less than or equal to dogs." if people==dogs: print"people are dogs."<|file_sep|># Exercise39.py # Inheritance & Composition Practice from sys import exit class Parent(object): def implicit(self): print "PARENT implicit()" def override(self): print "PARENT override()" def altered(self): print "PARENT altered()" class Child(Parent): def override(self): print"CHILD override()" def altered(self): super(Child,self).altered() # Call parent version first (just like super()) # then do other stuff after that. print