pip install pymodab

  Func|   bisect|   brentq|   brenth|   ridder|   chandr|    modAB|
----- | ------: | ------: | ------: | ------: | ------: | ------: |
   SUM|  1266.30|   797.21|   800.98|   921.14| 48639.60|   145.55|
   AVG|  13.7641|   8.6654|   8.7063|  10.0124| 528.6913|   1.5820|
MEDIAN|  13.8022|   4.5878|   4.3595|   5.6256| 306.4098|   1.2803|
   MIN|   1.4287|   1.7302|   1.6219|   1.3884|  72.9172|   0.6143|
   MAX|  21.8886|  36.7684|  50.2981|  54.4431|1542.8365|   4.3991|
FACTOR|   8.700x|   5.477x|   5.503x|   6.329x| 334.189x|   1.000x|

  Func|   bisect|   brentq|   brenth|   ridder|   chandr|    modAB|
----- | ------: | ------: | ------: | ------: | ------: | ------: |
   SUM|     4411|     2548|     2512|     3158|     1873|     1758|
   AVG|       48|       28|       27|       34|       20|       19|
MEDIAN|       49|       12|       12|       16|       12|       12|
   MIN|        3|        4|        4|        4|        3|        3|
   MAX|       53|      102|      102|      202|       58|       56|
FACTOR|   2.509x|   1.449x|   1.429x|   1.796x|   1.065x|   1.000x|

import math
from pymodab import find_root, get_evaluation_count

# Find the root of cos(x) - x = 0 in [0, 1]
root = find_root(lambda x: math.cos(x) - x, 0, 1, 1e-3, 1e-3, 10)
print(f"Root: {root}")  # 0.7390851332086904

# Get the number of function evaluations
print(f"Evaluations: {get_evaluation_count()}")
print(f"Error:       {math.cos(root) - root}")

def do_every (interval, worker_func, iterations = 0): 
  
   if iterations != 1:
    threading.Timer (
      interval,
      do_every, [interval, worker_func, 0 if iterations == 0 else iterations-1]
    ).start ()

  worker_func ()


# call main_control every 10 seconds
do_every (10, main_control)  

# call write_to_csv every 5 seconds
do_every (5, write_to_csv)  

# call duration_timer every 1 seconds
do_every (1, duration_timer)

# call one_second_timer every 1 seconds
do_every (1, one_second_timer)  
  
root.mainloop()

def terminate_threads():

   # terminate all threads
   root.destroy()
   sys.exit()
   root.quit()

import re

NEGATIVE_PATTERN = re.compile(
    r"\b("
    r"wtf|wth|ffs|omfg|shit(ty|tiest)?|dumbass|horrible|awful|"
    r"piss(ed|ing)? off|piece of (shit|crap|junk)|what the (fuck|hell)|"
    r"fucking? (broken|useless|terrible|awful|horrible)|fuck you|"
    r"screw (this|you)|so frustrating|this sucks|damn it"
    r")\b"
)

def matches_negative_keyword(text: str) -> bool:
    lower_input = text.lower()
    return bool(NEGATIVE_PATTERN.search(lower_input))

>>> word = 'damn it'
>>> matches_negative_keyword(word)
True
>>> # Can bypass with a typo or other words usage
>>> word = 'dammn it'
>>> matches_negative_keyword(word)
False
>>> word = 'screw you'
>>> matches_negative_keyword(word)
True
>>> word = 'screw all'
>>> matches_negative_keyword(word)
False

root = tk.Tk()
frame = tk.Frame(root)
frame.grid()
panel = tk.Canvas(frame, width=panel_width, height=panel_height, bg="silver").grid(row=0, column=0)
btn = tk.Button(frame, text="Quit", command=root.destroy).grid(row=1, column=0)

panel.create_line(0, 20, panel_width, 20, fill="red", width=2)

print('bytestr:test-0', bytestr)

Output:
bytestr:test-0 b'\x81\xff\xffscale\x00\x0f\x00\x00\x80@\x00\x89PNG...

>>>a = [[0]*4]*4
>>>a
   [[0, 0, 0, 0], [0, 0, 0, 0], [0, 0, 0, 0], [0, 0, 0, 0]]
>>>for i in range(4):
... for j in range(4):
...  a[i][j] = i*4+j
>>>a
   [[12, 13, 14, 15], [12, 13, 14, 15], [12, 13, 14, 15], [12, 13, 14, 15]] # not what I wanted
---------------------------------------------------------------------------
>>>a = [[0, 0, 0, 0], [0, 0, 0, 0], [0, 0, 0, 0], [0, 0, 0, 0]]
>>>for i in range(4):
... for j in range(4):
...     a[i][j] = i*4+j
>>>a
   [[0, 1, 2, 3], [4, 5, 6, 7], [8, 9, 10, 11], [12, 13, 14, 15]] # this is what I wanted

# Version 0.5
 
# import email libraries
import smtplib                  
from email.message import EmailMessage  
 
# Define variables 
email_to = 'them@email.com'    #This is obviously a fake address, but using the real thing doesn't work either. It is properly formatted as a string.
email_from = 'me@email.com'   # Same thing, fake, but the correct address doesn't work - also formatted as a string.
email_pw = 'password'              # Yup, another string.
 
# Read email body text file - this the text of the email I want to send. All data merges are already stored in this file. It is a pure text file.
with open('/Users/larryj/Desktop/temp.txt','r') as file:
    content=file.read()
     
#  Create a text/plain message
msg = EmailMessage()
msg['Subject'] = 'Thank you '
msg['From'] = email_from
msg['To'] = email_to    
msg.set_content(content)     # Content contains the data read from the text file above.
 
# setup the server
smtp_server = 'secure.emailsrvr.com'      # This is the correct address for Rackspace email
smtp_user = email_from                      # In this case the sender also owns the email account
smtp_password = email_pw
 
# Send the message
with smtplib.SMTP(smtp_server, 465) as server:  #This is the correct port for SMTP messages on Rackspace email
    server.starttls()                                            # Upgrades the connection to a secure encrypted SSL/TLS connection
    server.login(smtp_user, smtp_password)
    server.send_message(msg)

# Version 0.5

# import email libraries
import smtplib 			        
from email.message import EmailMessage  

# Define variables 
email_to = 'them@email.com'    #This is obviously a fake address, but using the real thing doesn't work either. It is properly formatted as a string.
email_from = 'me@email.com'   # Same thing, fake, but the correct address doesn't work - also formatted as a string.
email_pw = 'password'              # Yup, another string.

# Read email body text file - this the text of the email I want to send. All data merges are already stored in this file. It is a pure text file.
with open('/Users/larryj/Desktop/temp.txt','r') as file:
    content=file.read()
    
#  Create a text/plain message
msg = EmailMessage()
msg['Subject'] = 'Thank you '
msg['From'] = email_from
msg['To'] = email_to    
msg.set_content(content)     # Content contains the data read from the text file above.

# setup the server
smtp_server = 'secure.emailsrvr.com'      # This is the correct address for Rackspace email
smtp_user = email_from                       # In this case the sender also owns the email account
smtp_password = email_pw

# Send the message - the dashes are ACTUALLY spaces, which this forum removes. They are spaces in the script.
with smtplib.SMTP(smtp_server, 465) as server:  #This is the correct port for SMTP messages on Rackspace email
    server.starttls()           # Upgrades the connection to a secure encrypted SSL/TLS connection
    server.login(smtp_user, smtp_password)
    server.send_message(msg)

def smtp () :
	msg = MIMEMultipart()
	
# Compléter l'entête
	msg['Subject'] = ''
	msg['From'] = ''
	msg['To'] = ''
	texte_message =''
	msg.attach(MIMEText(gbl.objets['texte_message'], 'plain'))
	
# Insérer la pièce jointe
	part = MIMEBase('application', 'pdf')
	html_template = ''
	p_jointe = btfs(html_template, 'html.parser')
# I ran several test, commenting the appropriate lines
	pj0 = '/home/arbiel/Téléchargements/ANNEXES 1 A 5.pdf'
	pj1 = '/home/arbiel/Téléchargements/Quittance N°132 (123 €).pdf'

#	with open(pj0, "rb") as f:
#		part.set_payload(f.read())
#	encoders.encode_base64(part)
#	part.add_header(
#		'Content-Disposition',
#		f'attachment; filename="{pj0.split("/")[-1]}"',
#	)   
#	msg.attach(part)


#	convert p_jointe to pdf into pj1
	with open(pj1, "rb") as f:
		part.set_payload(f.read())
	encoders.encode_base64(part)
	part.add_header(
		'Content-Disposition',
		f'attachment; filename="{pj1.split("/")[-1]}',
	)   
	msg.attach(part)
	
# contacter le serveur
	mailServer = smtplib.SMTP('outgoing_server','outgoing_port')
	s = mailServer.login('sender_email', send_password')
	
# envoyer le courriel
	mailServer.send_message(msg)
	mailServer.close()
	

import numpy as np
import matplotlib.pyplot as plt

time_minutes = np.array([10, 20, 30, 40, 50]) # Minutes

temp_c = np.array([18, 20, 25, 25, 26])       # Celsius 

time_minutes = np.append(time_minutes, "60")  # add a time to the end of array
temp_c = np.append(temp_c, "30")              # add a temp to the end of array
  
plt.ylabel("C")
plt.xlabel("Minutes")

plt.plot(temp_c, time_minutes)
plt.show()

def temperature_graph():
    
    global time_minutes_temp
    global channel_1_temp
    global temp_chl_1
    global count
    
    count =+ 1 
        
    time_minutes_temp = np.array([1]) # Minutes
    
    channel_1_temp = np.array([1])    # Centigrade
    
    #---- Append time array by 1 minute ----
    time_minutes_temp = np.append(time_minutes_temp, [count]) 
 
    #---- Convert global temp float value to an int ----
    temp_chl_1_int = temp_chl_1   
    temp_chl_1_int = int(temp_chl_1_int)
    
    #---- Append temp array with latest temp value
    channel_1_temp = np.append(channel_1_temp, [temp_chl_1_int]) 
    
    print('time_minutes_temp', time_minutes_temp)
    
    print('channel_1_temp', channel_1_temp)
    
     
    plt.ylabel("C")
    plt.xlabel("Minutes")

    plt.plot(channel_1_temp, time_minutes_temp)
    plt.show()

time_minutes_temp [1 1]

channel_1_temp [ 1 22]

time_minutes_temp [1 1]

channel_1_temp [ 1 22]