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module_SCRATCH | ScratchStats

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module_SCRATCH

DYDynalous•Created March 15, 2025

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Instructions

# Copy this, paste in VSCode for Python in credit from datetime import datetime from time import sleep, time from random import randint from math import floor, ceil, sqrt, sin, cos, tan, acos, asin, atan, log, pow, e class Looks: def say_for_seconds(thing = 'Hello!', seconds = 2): print(thing) sleep(seconds) def say(thing = 'Hello!'): print(thing) def think_for_seconds(thing = 'Hmm...', seconds = 2): print(thing) sleep(seconds) def think(thing = 'Hmm...'): print(thing) class Control: def wait_seconds(seconds = 1): sleep(seconds) def wait_until(condition = 0 != 0): while not condition : pass def stop_all(): exit() timer = time() class Sensing: def ask_and_wait(thing = 'What\'s your name? \n'): global answer answer = input(thing) def answer(): return answer def timer(): return time() - timer def reset_timer(): global timer timer -= timer def current_year(): return datetime.now().year def current_month(): return datetime.now().month def current_date(): return datetime.now().date def current_day_of_week(): return datetime.now().day def current_hour(): return datetime.now().hour def current_minute(): return datetime.now().minute def current_second(): return datetime.now().second def day_since_2000(): return datetime.now().day - 730000 class Operators: def pick_random_to(nb1 = 1, nb2 = 10): return randint(nb1, nb2) def join(thing1 = 'apple ', thing2 = 'banana'): return thing1 + thing2 def letter_of(nb = 1, thing = 'apple'): return thing[nb - 1] def lenght_of(thing = 'apple'): return len(thing) def contains(thing1 = 'apple', thing2 = 'a'): return thing2 in thing1 def mod(nb1 = 1, nb2 = 1): return nb1 % nb2 def round(nb = 0): return round(nb) def abs_of(nb = 0): return abs(nb) def floor_of(nb = 0): return floor(nb) def ceiling_of(nb = 0): return ceil(nb) def sqrt_of(nb = 1): return sqrt(nb) def sin_of(nb = 0): return sin(nb) def cos_of(nb = 0): return cos(nb) def tan_of(nb = 0): return tan(nb) def asin_of(nb = 0): return asin(nb) def acos_of(nb = 0): return acos(nb) def atan_of(nb = 0): return atan(nb) def log_of(nb = 1): return log(nb) def e_power(nb = 1): return pow(e, nb) def ten_power(nb = 1): return pow(10, nb) class Variables: def set_my_variable_to(nb = 0): global my_variable my_variable = nb def change_my_variable_by(nb = 1): global my_variable my_variable += nb def show_my_variable(): print(my_variable) my_list = [] class Lists: def add_to_my_list(thing = 'thing'): global my_list my_list.append(thing) def delete_of_my_list(nb = 1): global my_list my_list.pop(nb - 1) def delete_all_of_my_list(): global my_list my_list.clear() def insert_at_of_my_list(thing = 'thing', nb = 1): global my_list my_list.insert(nb - 1, thing) def replace_item_of_my_list_with(nb = 1, thing = 'thing'): global my_list my_list[nb - 1] = thing def item_of_my_list(nb = 1): return my_list[nb - 1] def item_number_of_in_my_list(thing = 'thing'): return my_list.index(thing) - 1 def length_of_my_list(): return len(my_list) def my_list_contains(thing = 'thing'): return thing in my_list def show_my_list(): print(my_list) looks = Looks control = Control sensing = Sensing operators = Operators variables = Variables lists = Lists ## Scratch blocks made by Dynalous # Looks looks.say_for_seconds('Hello!', 2) looks.say('Hello!') looks.think_for_seconds('Hmm...', 2) looks.think('Hmm...') # Control control.wait_seconds(1) # control.wait_until() # control.stop_all() # Sensing sensing.ask_and_wait('What\'s your name? \n') sensing.answer() sensing.timer() sensing.reset_timer() sensing.current_year() sensing.current_month() sensing.current_date() sensing.current_day_of_week() sensing.current_hour() sensing.current_minute() sensing.current_second() sensing.day_since_2000() # Operators operators.pick_random_to(1, 10) operators.join('apple ', 'banana') operators.letter_of(1, 'apple') operators.lenght_of('apple') operators.contains('apple', 'a') operators.mod() operators.round() operators.abs_of() operators.floor_of() operators.ceiling_of() operators.sqrt_of() operators.sin_of() operators.cos_of() operators.tan_of() operators.asin_of() operators.acos_of() operators.atan_of() operators.log_of() operators.e_power() operators.ten_power() # Variables variables.set_my_variable_to(0) variables.change_my_variable_by(1) variables.show_my_variable() # Lists lists.add_to_my_list('thing') lists.delete_of_my_list(1) lists.delete_all_of_my_list() lists.insert_at_of_my_list('thing', 1) lists.replace_item_of_my_list_with(1, 'thing') lists.item_of_my_list(1) lists.item_number_of_in_my_list('thing') lists.length_of_my_list() lists.my_list_contains('thing') lists.show_my_list()

Project Details

Project ID1147735197

CreatedMarch 15, 2025

Last ModifiedMarch 23, 2025

SharedMarch 23, 2025

CommentsAllowed

Notes & Credits

You can also copy in the project on the sprite's comment for more detail and beauty, if it doesn't works or if it has a problem Download Visual Studio Code : https://code.visualstudio.com/download Download Python Interpreter : https://www.python.org/downloads/ Tutorial for how to select Interpreter (by @WonderfulThings83 in YouTube) : https://www.youtube.com/watch?v=BPLUAKHuAYw