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How to use select_bounds method in ATX

Best Python code snippet using ATX

guessing_game.py

Source:guessing_game.py

...22                raise ValueError23        except ValueError: 24            print("Invalid input. Please enter a whole number.")25            return self.validate_input() # Function is called as many times as is necessary to obtain valid input.26    def select_bounds(self):27        """Enables a player to select lower and upper bounds to guess between."""28        print("Select a lower bound:")29        lower = self.validate_input() 30        print("Select an upper bound:")31        upper = self.validate_input() 32        while lower >= upper: 33            print("The upper bound must be greater than the lower bound. Please enter different bounds.\n")34            print("Select a lower bound:")35            lower = self.validate_input()36            print("Select an upper bound:")37            upper = self.validate_input()38        39        return (lower, upper)40    def select_attempt_number(self, range):41        """Allows the player to select the number of guesses they can have."""42        self.range = range43        print("How many guesses would you like to have?")44        attempts = self.validate_input()45        while attempts < 1 or attempts > self.range:46            if attempts < 1:47                print("You need to have at least 1 guess.")48            elif attempts > self.range:49                print("You cannot have more guesses than possible numbers!") 50            print("Please select a different number of guesses.\n")51            attempts = self.validate_input()52        53        return attempts54    def guess_the_number(self, lower, upper):55        """Allows the player to guess a number in the range until they guess correctly or run out of guesses."""56        self.lower = lower57        self.upper = upper58        59        range = self.upper - self.lower + 1 # Possible numbers that can be guessed.60        attempts = self.select_attempt_number(range) # Player can guess how many guess attempts they would like61        answer = randint(self.lower, self.upper) # Computer chooses random number in the range for the player to guess62        attempt_counter = 063        while attempt_counter < attempts: # The player has not used up all their guesses64            print("Guess a number:")65            guess = self.validate_input()66            if guess < self.lower or guess > self.upper:67                print(f"Please guess a number between {lower} and {upper}!")68            else:69                attempt_counter += 1 # Increment guesses used each time a valid guess is made70                if guess == answer:71                    print("Congratulations! You guessed correctly!\n")72                    break73                else:74                    # Display a helpful message to the player to guide their next guess:75                    direction = "high" if guess > answer else "low"76                    print(f"Incorrect: too {direction}!")77                    remaining = attempts - attempt_counter 78                    if attempts > 1 and attempt_counter != attempts:79                        plural_att = "es" * (attempt_counter > 1) #Plural "es" suffix if the user has made more than one guess.80                        plural_rem = "es" * (remaining == 0 or remaining > 1) #Plural "es" suffix if the user has more than one guess or no guesses left.81                        print(f"You have used {attempt_counter} guess{plural_att}. You have {remaining} guess{plural_rem} remaining.") #Ensures a grammatically correct message.82        if guess != answer and attempt_counter == attempts:           83            print(f"You have used up all your guesses! The correct answer was {answer}.\n") 84    def play_again_or_not(self):85        """Allows the player to decide whether or not they want to play the game again."""86        print("You have finished playing the guessing game.")87        again = input("Would you like to play again?").lower() #Allows case-insensitivity.88        while again != "yes" and again != "no":89            print("Invalid response. Please answer either 'yes' or 'no'.")90            again = input("Would you like to play again?").lower()91        92        return again93if __name__ == "__main__":94    95    new_player = Guessing_Game()96    new_player.show_instructions()97    while True:98        bounds = new_player.select_bounds() # The bounds between which the player is guessing a number.99        lower = bounds[0]100        upper = bounds[1]101        new_player.guess_the_number(lower, upper) # Player tries to guess the number chosen by the computer between the bounds.102        again = new_player.play_again_or_not()103        if again == "no":...

cmdloop.py

Source:cmdloop.py

1# -*- coding: utf-8 -*-2"""3Created on Sat Mar 13 18:11:29 202145@author: Domokos ZoltÃ¡n6"""78import copy as cp910import view as vw11from equirep import Table121314#Exception for command errors15class InvalidCommand(Exception):1617    pass181920class InvalidTableArgs(Exception):2122    pass232425class CmdLoop:26    27    def __init__(self, table, src_list, dst_list, dims_list, inds):28        29        self.table = table30        31        self.model_signal = self.table.base_signal(src_list, dst_list, dims_list, inds)32        33        self.view_signal = self.table.base_signal(src_list, dst_list, dims_list, inds)3435        #TODO: remove this deprecated class and replace it with final sol.36        self.table_cmd_proc = DmDef() 3738        return39    40    41    def set_table(self, table, src_list, dst_list, dims_list, inds):42        43        self.table = table44        45        self.model_signal = table.base_signal(src_list, dst_list, dims_list, inds)46        47        self.view_signal = table.base_signal(src_list, dst_list, dims_list, inds)48        49        return50    51    52    #TODO: remove this deprecated arg. list and replace it with final sol.53    def table_update(self, val, cmd_new, cmd_fix):54        55        self.table_cmd_proc.set_cmd(self.table, val, cmd_new, cmd_fix)56        57        return58        59    60    def set_model(self, model_signal = None, src_list = None, dst_list = None, dims_list = None, inds = None):61        62        if model_signal is None:63        64            self.model_signal = self.table.base_signal(src_list, dst_list, dims_list, inds)65            66        self.model_signal = self.table.base_change_fc(src_list, 67                                                      dst_list, 68                                                      dims_list, 69                                                      model_signal,70                                                      md = 'fc_fc')71            72        self.view_signal = self.model_signal73        74    75    76    def model_update(self, src_list, dst_list, dims_list):77        #TODO: add condition to select uniform or non-uniform versions78        self.model_signal = self.table.base_change_fc(src_list, 79                                                      dst_list, 80                                                      dims_list, 81                                                      self.model_signal,82                                                      md = 'fc_fc')83        84        self.view_signal = self.model_signal85        86        return87    88    89    def view_update(self, incr, select_bounds, did):90        91        self.view_signal.set_curr(incr, select_bounds, did)92        93        return94    95    96    def show_view(self, seldims, fix_inds, mode = 'surf'):97        98        if 'heat' == mode: 99        100            vw.plot_heatmap2(self.view_signal, seldims, fix_inds)101            102        else:103            104            vw.plot_sigfc2(self.view_signal, seldims, fix_inds)105        106        return107108109    def cmd_loop(self):110        111        #TODO: parse user requests and do what is needed112        113        return114    115116#TODO: review and remove these deprecated classes117class DmDef:    118        119    def __init__(self):120        pass121        122    123    def cmdproc_depr(self, cmd_new, cmd_fix):124        #check the commands125        cmd = None126        cmd_set = {'t', 'f', 'n'}127        128        if (cmd_new is None) or (cmd_fix is None):129            130            raise(InvalidCommand)131        132        elif (cmd_new not in cmd_set) or (cmd_fix not in cmd_set) :133            134            raise(InvalidCommand)135        136        elif cmd_new == cmd_fix:137            138            raise(InvalidCommand)139        140        else:141                #here we have a proper command for sure142                cmd = {'src' : cmd_new, 143                       'fix' : cmd_fix}144                145                for elm in cmd_set:146                    147                    if elm not in cmd.values():148                        149                        cmd['dst'] = elm150                        151                        break 152            153        return cmd154            155    156    def set_cmd(self, table, val, cmd_new, cmd_fix):157        158        159        160        if isinstance(table, Table):161        162            newtable = cp.deepcopy(table)163            cmd = self.cmdproc_depr(cmd_new, cmd_fix)164            newtable.update(val, 0, cmd, True)165        166        else:167            #TODO: raise exception168            pass169        170        return newtable #cp.deepcopy(newtable)171    
...

select.py

Source:select.py

...13    # Detect bounds URL14    stac_bounds_url = []15    for i in range(len(input.stac_ppu.url)):16        url_date_tmp1 = get_all_children(input._session, "child", input.stac_ppu.url[i][0], input.stac_ppu.json[i][0])17        url_date_tmp2 = select_bounds(input._session,url_date_tmp1, bbox, input.proj_params)18        if len(url_date_tmp2) != 0:19            stac_bounds_url.append(url_date_tmp2)2021    # Output22    return stac_bounds_url2324#--------------------------------------------------------------------------------25# select_bounds ï¼ 26#--------------------------------------------------------------------------------27def select_bounds(session,URL,bbox,proj_params):2829    # Detect each COG's lon range30    lonall = [url2lon(URL[i],proj_params) for i in range(len(URL))]3132    # Select child All33    decimals = proj_params.r_dec_pix34    idx = intersect_line(bbox[0::2],lonall,decimals)3536    # Update URL37    url_tmp0 = np.array(URL)[idx]3839    # Check url_tmp040    if len(url_tmp0) == 0:41        return []
...

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