Aburrido de ver código mal formateado en muchas preguntas de usuarios nuevos, he decidido crear este mini-documento.
Selecciona en tu editor el código que deseas pegar. Asegúrate de que está correctamente indentado, lo cual es especialmente importante si el código es Python). Por ejemplo el siguiente:
while not f.eof():
l = f.readline()if f.startswith("#"):
| from math import ceil | |
| def trocear_sin_minimo(lista, t_max): | |
| """Trocea la lista dada en el número mínimno de trozos de tamaño t_max, haciendo que | |
| los trozos tengan todos aproximadamente el mismo tamaño""" | |
| t_lista = len(lista) | |
| num_trozos = int(ceil(t_lista/t_max)) # Numero de trozos a crear (y es el mínimo posible) | |
| tam = int(ceil(t_lista/num_trozos)) # Tamaño de cada bloque "grande" (cumple tam <= t_max) | |
| n_peq = tam * num_trozos - t_lista # Numero de bloques "pequeños" (tendrían tamaño tam-1) |
| import socket | |
| import threading | |
| import queue | |
| import time | |
| import sys | |
| class TCPServer: | |
| def __init__(self, port, q): | |
| self.clientes = [] | |
| self.port = port |
| def funciona(): | |
| print("Funciona") |
| AllKeysNames = ['Fondo', 'Cuerpo', 'Ojos', 'Color', 'Pinzas', 'Puas'] | |
| Keys_input = [] | |
| while len(AllKeysNames) > 1: | |
| print(AllKeysNames) | |
| ele = input("Elige uno: ") | |
| if ele not in AllKeysNames: | |
| print("No válido") | |
| continue | |
| Keys_input.append(ele) |
| import random | |
| misNombres = [ | |
| "Guillermo", | |
| "Guille", | |
| "GGD", | |
| "GGD708", | |
| ] | |
| dificultades = [1, 2, 3, 4] |
| - ## 🔥 Tareas ==vencidas== | |
| query-table:: false | |
| #+BEGIN_QUERY | |
| { | |
| :query [ | |
| :find (pull ?block [*]) | |
| :in $ ?today | |
| :where | |
| [?block :block/marker ?m] | |
| [(contains? #{"TODO"} ?m)] |
#inbox#inbox y se mira en qué caso se está:
| from sequences import play_sequence_in_background, join_all | |
| class Test(Scene): | |
| def construct(self): | |
| c = Circle() | |
| sq = Square().to_corner(UR) | |
| seq1 = play_sequence_in_background(self, | |
| [ | |
| FadeIn(c, run_time=2), | |
| ApplyMethod(c.shift, 3*RIGHT, run_time=3), |
This module implements some utility functions to search some shapes (formulas, symbols) inside a Tex (or MathTex) mobject.
The approach is to compare the shapes (bezier curves) of the symbols, instead of the particular strings that produced them.
This approach is generic and avoids the use of other manim mechanisms that would break under some circunstances, such as
the presence of \frac{}{} in a formula.
The function you would probably want to use is group_shapes_in_tex(). Despite the confusing name, the goal is to
find all the occurences of a given symbol (or group of symbols, or list of symbols) inside a Tex mobject, and return a VGroup containing them