def run_block_b():
is_running = True
while is_running:
print("\nWhich program in 'Block B: Basics (Decisions)' do you wish to run?\n")
print("[1] if_op\n[2] if_else\n[3] if_elif_else\n[4] modulo_operator\n[5] comperation_operator\n[6] counter\n[7] nested\n[8] nestception\n[9] or_operator\n[10] and_operator\n[11] decision_review\n[12] quit\n")
response = input()
if (response == "1"):
if_op.run()
elif (response == "2"):
if_else.run()
elif (response == "3"):
if_elif_else.run()
elif (response == "4"):
modulo_operator.run()
elif (response == "5"):
comperation_operator.run()
elif (response == "6"):
counter.run()
elif (response == "7"):
nested.run()
elif (response == "8"):
nestception.run()
elif (response == "9"):
or_operator.run()
elif (response == "10"):
and_operator.run()
elif (response == "11"):
decision_review.run()
elif (response == "12"):
break
else:
print("Invalid option! Please try again.")
def run_nested_decision():
while (True):
print("[a] use of multiple nested decision program")
print("[b] use of nested decision program")
print("[q] to quit")
print(" please Enter which program you want to Execute")
print(" press a/b/q")
choice = input().lower().strip()
if choice == "a":
nestception.run()
elif choice == "b":
nested.run()
elif choice == "q":
break
else:
print("Invalid option! Please try again.")
def run_nested_loop():
while (True):
print("[a] one loop nested in another program")
print("[b] use of nested loop and decision program")
print("[q] to quit")
print(" please Enter which program you want to Execute")
print(" press a/b/q")
choice = input().lower().strip()
if choice == "a":
nested.run()
elif choice == "b":
nesting.run()
elif choice == "q":
break
else:
print("Invalid option! Please try again.")
def run_nested_decisions():
while (True):
print("""Run any of the following from Block A: Nested Decisions:
[a] : nestception.py
[b] : nested.py
[m] : Block A Menu """)
response = input()
if response == "a":
nestception.run()
elif response == "b":
nested.run()
elif response == "m":
break
else:
print("Invalid option! Please try again.")
def run_block_a():
print("Which program in 'Block A: Basics' do you wish to run?")
response = input()
# function calls for basics --> output
if response == "simple_message":
simple_message.run()
elif response == "multiline_message":
multiline_message.run()
elif response == "ascii_art":
ascii_art.run()
elif response == "escape_characters":
escape_characters.run()
# function calls for basics --> repetitions --> while loops
elif response == "sum_user_numbers":
sum_user_numbers.run()
elif response == "sum_100":
sum_100.run()
elif response == "while_simple":
while_simple.run()
elif response == "len":
len.run()
elif response == "factorial":
factorial.run()
elif response == "count":
count.run()
elif response == "ascii":
ascii.run()
# function calls for basics --> repetitions --> nested loops
elif response == "nested":
nested.run()
elif response == "nesting":
nesting.run()
# function calls for basics --> repetitions --> for loops
elif response == "characters":
characters.run()
elif response == "count_down":
count_down.run()
elif response == "membership_operators":
membership_operators.run()
elif response == "range":
range.run()
elif response == "reverse":
reverse.run()
elif response == "simple":
simple.run()
# function calls for basics --> modules
elif response == "guess_the_number":
guess_the_number.run()
# function calls for basics --> input
elif response == "ascii_robot":
ascii_robot.run()
elif response == "data_types":
data_types.run()
elif response == "review_beeps_garden":
review_beeps_garden.run()
elif response == "string_operators":
string_operators.run()
elif response == "user_input":
user_input.run()
# function calls for basics --> functions
elif response == "ascii_character":
ascii_character.run()
elif response == "ascii_code":
ascii_code.run()
elif response == "function_calls":
function_calls.run()
elif response == "function_with_loop":
function_with_loop.run()
elif response == "function_with_nesting":
function_with_nesting.run()
elif response == "function_with_parameter":
function_with_parameter.run()
elif response == "function_with_parameters":
function_with_parameters.run()
elif response == "multiple_functions":
multiple_functions.run()
elif response == "return_values":
return_values.run()
elif response == "simple_function":
simple_function.run()
# function calls for basics --> decisions
elif response == "and_operator":
and_operator.run()
elif response == "or_operator":
or_operator.run()
elif response == "decision_review":
decision_review.run()
# function calls for basics --> decisions --> simple decision
elif response == "comparison_operators":
comparison_operators.run()
elif response == "counter":
counter.run()
elif response == "decision_if":
decision_if.run()
elif response == "if_elif_else":
if_elif_else.run()
elif response == "if_else":
if_else.run()
elif response == "modulo_operator":
modulo_operator.run()
# function calls for basics --> decisions --> nested decision
elif response == "nestception":
nestception.run()
elif response == "nested_decision":
nested_decision.run()
else:
print("please enter a valid response")
def run_block_a():
print("Which program in 'Block A: Basics' do you wish to run?")
response = input()
if response == "simple_message":
simple_message.run()
elif response == "multiline_message":
multiline_message.run()
elif response == "escape_characters":
escape_characters.run()
elif response == "ascii_art":
ascii_art.run()
elif response == "ascii_robot":
ascii_robot.run()
elif response == "data_types":
data_types.run()
elif response == "review_input":
review_input.run()
elif response == "string_operators":
string_operators.run()
elif response == "user_input":
user_input.run()
elif response == "review_decisions":
review_decisions.run()
elif response == "or_operator":
or_operator.run()
elif response == "and_operator":
and_operator.run()
elif response == "comparison_operators":
comparison_operators.run()
elif response == "counter":
counter.run()
elif response == "if_elif":
if_elif.run()
elif response == "if_else":
if_else.run()
elif response == "modulo_operator":
modulo_operator.run()
elif response == "nestception":
nestception.run()
elif response == "nested":
nested.run()
elif response == "count_down":
count_down.run()
elif response == "characters":
characters.run()
elif response == "membership_operators":
membership_operators.run()
elif response == "range":
range.run()
elif response == "reverse":
reverse.run()
elif response == "simple_for":
simple_for.run()
elif response == "nested_loop":
nested_loop.run()
elif response == "nesting":
nesting.run()
elif response == "ascii_while":
ascii_while.run()
elif response == "count":
count.run()
elif response == "factorial":
factorial.run()
elif response == "len":
len.run()
elif response == "simple_while":
simple_while.run()
elif response == "sum_100":
sum_100.run()
elif response == "sum_user_numbers":
sum_user_numbers.run()
elif response == "ascii_character":
ascii_character.run()
elif response == "ascii_code":
ascii_code.run()
elif response == "function_calls":
function_calls.run()
elif response == "function_with_loop":
function_with_loop.run()
elif response == "function_with_nesting":
function_with_nesting.run()
elif response == "function_with_parameter":
function_with_parameter.run()
elif response == "function_with_parameters":
function_with_parameters.run()
elif response == "multiple_functions":
multiple_functions.run()
elif response == "return_values":
return_values.run()
elif response == "simple_function":
simple_function.run()
elif response == "guess_the_number":
guess_the_number.run()
else:
print("Invalid response! Please try again.")
#import main as m from main import calculate_area print(calculate_area()) import basics.decisions.nested_decision.nested as nested nested.run()