# Program - Python - Speedometer

# www.bgmax.com.br/treinamentos

# Need to install the plotly library

# pip install plotly

# Import the required Plotly library to create interactive charts

import plotly.graph_objects as graf

# Create a figure object (figure) containing a speedometer with colors

figure = graf.Figure(graf.Indicator(

mode="gauge number delta", # Gauge mode (gauge = speedometer, number = number, delta = difference)

value=420, # Current indicator value (speed)

domain={'x': [0, 1], 'y': [0, 1]}, # Graph domain (position and size)

title={'text': "Speed", 'font': {'size': 24}}, # Indicator title

delta={'reference': 400, 'increasing': {'color': "mediumseagreen"}}, # Delta settings (difference)

  gauge={

    'axis': {'range': [0, 500], 'tickwidth': 1, 'tickcolor': "darkblue", 'tickvals': [0, 100, 200, 300, 400, 500]},

# Speedometer axis settings (range, thickness and colors)

'bar': {'color': "darkblue"}, # Speedometer bar settings (color)

'bgcolor': "white", # Speedometer background color

'borderwidth': 2, # Speedometer border width

'bordercolor': "gray", # Speedometer border color

    'steps': [

      {'range': [0, 100], 'color': 'cyan'},

      {'range': [100, 200], 'color': 'deepskyblue'},

      {'range': [200, 300], 'color': 'royalblue'},

      {'range': [300, 400], 'color': 'cornflowerblue'},

      {'range': [400, 500], 'color': 'mediumblue'}

], # Settings of color ranges on the speedometer

    'threshold': {

      'line': {'color': "red", 'width': 4},

      'thickness': 0.75,

      'value': 490

} # Threshold settings

  }))

# Update the figure layout (background colors, font)

figura.update_layout(

paper_bgcolor="lavender", # Paper background color

font={'color': "darkblue", 'family': "Arial"}, # Font settings

  annotations=[

    {

      'x': 0.5,

'and': 0.4,

      'xref': 'paper',

      'yref': 'paper',

'showarrow': False,

'text': 'Units', # Label for the units

'font': {'size': 16, 'color': 'darkblue'} # Label font settings

    }

  ]

)

# Display the graph

figura.show()

# Program - Python - Python ChatGPT - Artificial Intelligence

# Developed by Wilson Borges de Oliveira

# You need to create an "API key" on the OpenAI website

# You need to install the openai library using the command below:

# pip install openai

# -*- coding: cp1252 -*-

import tkinter as tk

from tkinter import messagebox

import openai

# Replace key here

openai.api_key = "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"

def generate(messages):

  response = openai.ChatCompletion.create(

    model="gpt-3.5-turbo",

    messages=messages,

    max_tokens=1024,

    temperature=0.5

  )

  return [response.choices[0].message.content, response.usage]

def prepare():

  mensagens = [{"role": "system", "content":

"You're a good assistant."}]

question = txt_pergunta.get("1.0","end")

messages.append({"role": "user", "content": str(question)})

reply = generate(messages)

  txt_resposta.config(state= "normal")

txt_resposta.delete("1.0","end")

txt_resposta.insert("1.0",responder[0])

  txt_resposta.config(state= "disabled")

  mensagens.append({"role": "assistant", "content": responder[0]})

def new():

txt_question.delete("1.0","end")

  txt_resposta.config(state= "normal")

txt_resposta.delete("1.0","end")

def exit():

tela.destroy()

bodies = tk.Tk()

tela.geometry('1960x800 0 0')

tela.state('zoomed')

screen.title("Python ChatGPT - Artificial Intelligence")

tela['bg'] = "yellow"

lbl_question = tk.Label(tela, text="What do you want?", bg="yellow",

            fg="black", font=('Calibri', 12, 'bold'), anchor = "w")

lbl_question.place(x = 20, y = 20, height = 25)

txt_question = tk.Text(tela, font=('Calibri', 20), bg="black", fg="white")

txt_pergunta.place(x = 20, y = 50, width=1320, height=70)

btn_generar = tk.Button(screen, text ="Generate",

            bg ='dimgray',foreground='yellow', font=('Calibri', 14),

command = prepare)

btn_gerar.place(x = 570, y = 150, width = 200, height=60)

lbl_response = tk.Label(screen, text="Response:", bg="yellow", fg="black",

            font=('Calibri', 12, 'bold'), anchor = "w")

lbl_resposta.place(x = 20, y = 200, height = 25)

txt_resposta = tk.Text(tela, font=('Calibri', 12), bg="black", fg="white")

txt_resposta.place(x = 20, y = 230, width=1300, height=360)

scroll_y = tk.Scrollbar(tela, orient="vertical", command=txt_resposta.yview)

scroll_y.place(x = 1320, y = 230,height=360)

btn_novo = tk.Button(screen, text ="New",

            bg ='dimgray',foreground='yellow', font=('Calibri', 14),

           command = novo)

btn_novo.place(x = 570, y = 620, width = 80, height=40)

btn_exit = tk.Button(screen, text ="Exit",

            bg ='dimgray',foreground='yellow', font=('Calibri', 14),

command = exit)

btn_sair.place(x = 690, y = 620, width = 80, height=40)

txt_pergunta.focus_set()

fabric.mainloop()

# Program - Mega-Sena Draw

# Allows you to carry out different draws

# Developed by Wilson Borges de Oliveira

import random

import tkinter as tk

from tkinter import *

body = Tk()

screen.title("Mega-Sena Draw - Various Draws")

C = Canvas(tela, bg ="green", height = 600, width = 1000)

C.create_text(500,75, text="Mega-Sena Draw",

       anchor="c", fill="yellow", font=('Helvetica','22','bold'))

def draw():

  result = []

  random.seed()

  while len(result) < 6:

r = random.randint(1, 60)

    if r not in result:

      result.append(r)

  result.sort()

  x = 140

y = 200

  cont = 0

  while cont <6:

    oval = C.create_oval(x, y, x 110, y 110, fill ="white")

    C.create_text(x 52,y 50, text=result[cont],

           anchor="c", fill="black", font=('Helvetica','36','bold'))

    cont = 1

    x = 120

  C.pack()

def exit():

tela.destroy()

submitbtn = tk.Button(screen, text ="New Draw",

           bg ='gold',foreground='black', font=('Calibri', 12, 'bold'),

command = draw)

submitbtn.place(x = 450, y = 380, width = 150, height=50)

submitbtn = tk.Button(tela, text ="Sair", 

           bg ='Black',foreground='white', font=('Calibri', 12, 'bold'),

command = exit)

submitbtn.place(x = 820, y = 530, width = 150, height=50)

prize draw()

fabric.mainloop()

# Program - Calculate Area of Rectangle, Circle and Triangle

# Developed by Wilson Borges de Oliveira

import math

import tkinter as tk

from tkinter import *

from tkinter import messagebox

body = Tk()

tela.state('zoomed')

screen.title("Calculate Area of Rectangle, Circle and Triangle")

def calc_square():

  try:

    var_base = float(txt_base_qd.get().replace(',', '.'))

var_height = float(txt_height_qd.get().replace(',', '.'))

  except:

messagebox.showinfo("Warning - Rectangle",

"Please review the numbers entered")

  else:

var_area = var_base * var_height

    txt_area_qd.delete(0,"end")

    txt_area_qd.insert(0, f'{var_area:.2f}'.replace('.', ','))

def calc_circle():

  try:

var_radius = float(txt_radius_ci.get().replace(',', '.'))

  except:

messagebox.showinfo("Notice - Circle",

"Please review the numbers entered")

  else:   

var_area = math.pi * var_raio ** 2

    txt_area_ci.delete(0,"end")

    txt_area_ci.insert(0, f'{var_area:.2f}'.replace('.', ','))

def calc_triang():

  try:

    var_base = float(txt_base_tr.get().replace(',', '.'))

var_height = float(txt_height_tr.get().replace(',', '.'))

  except:

messagebox.showinfo("Warning - Triangle",

"Please review the numbers entered")

  else:

var_area = var_base * var_height / 2

    txt_area_tr.delete(0,"end")

    txt_area_tr.insert(0, f'{var_area:.2f}'.replace('.', ','))

C = Canvas(tela, bg ="gold", width = 1960, height = 800)

#Text

C.create_text(660,35,

text="Calculate Area of Rectangle, Circle and Triangle",

       anchor="c", fill="black", font=('Helvetica','22','bold'))

#Square

quadradro = C.create_rectangle(100, 100, 300, 300, outline = "black",

                fill = "blue", width = 2)

lbl_form_quad = tk.Label(screen, text ="Area = Base × Height", bg="gold",

             fg="black", font=('Calibri', 12, 'bold'))

lbl_form_quad.place(x = 125, y = 310)

lbl_base_qd = tk.Label(tela, text ="Base:", bg="gold", fg="black",

            font=('Calibri', 12), anchor = 'w')

lbl_base_qd.place(x = 125, y = 350, width=90, height = 25)

txt_base_qd = tk.Entry(tela, width = 35, justify=CENTER)

txt_base_qd.place(x = 180, y = 350, width = 75, height = 25)

lbl_altura_qd = tk.Label(tela, text ="Altura:", bg="gold", fg="black",

             font=('Calibri', 12), anchor = 'w')

lbl_altura_qd.place(x = 125, y = 380, width=90, height = 25)

txt_altura_qd = tk.Entry(tela, width = 35, justify=CENTER)

txt_altura_qd.place(x = 180, y = 380, width = 75, height = 25)

btn_quad = tk.Button(tela, text ="Calcular", bg ='yellow',foreground='black',

font=('Calibri', 12, 'bold'), command = calc_quadrado)

btn_quad.place(x = 180, y = 410, width = 75)

lbl_area_qd = tk.Label(tela, text ="Área:", bg="gold", fg="black",

            font=('Calibri', 12), anchor = 'w')

lbl_area_qd.place(x = 125, y = 450, width=90, height = 25)

txt_area_qd = tk.Entry(tela, width = 35, justify=CENTER)

txt_area_qd.place(x = 180, y = 450, width = 75, height = 25)

#Circle

circulo = C.create_oval(580, 100, 780, 300, outline = "black",

            fill ="white", width = 2)

lbl_form_circ = tk.Label(fabric, text ="Area = π . r2", bg="gold",

             fg="black", font=('Calibri', 12, 'bold'))

lbl_form_circ.place(x = 640, y = 310)

lbl_raio_ci = tk.Label(tela, text ="Radius:", bg="gold", fg="black",

            font=('Calibri', 12), anchor = 'w')

lbl_raio_ci.place(x = 620, y = 350, width=90, height = 25)

txt_raio_ci = tk.Entry(tela, width = 35, justify=CENTER)

txt_raio_ci.place(x = 675, y = 350, width = 75, height = 25)

btn_circ = tk.Button(tela, text ="Calcular", bg ='yellow',foreground='black',

font=('Calibri', 12, 'bold'), command = calc_circulo)

btn_circ.place(x = 675, y = 410, width = 75)

lbl_area_ci = tk.Label(tela, text ="Área:", bg="gold", fg="black",

            font=('Calibri', 12), anchor = 'w')

lbl_area_ci.place(x = 620, y = 450, width=90, height = 25)

txt_area_ci = tk.Entry(tela, width = 35, justify=CENTER)

txt_area_ci.place(x = 675, y = 450, width = 75, height = 25)

#Triangle

triangle = { 'bounds' : [ 1150 , 100 , 1050 , 300 , 1250 , 300 ],

      'kind': 'tri', 'fill': True}

C.create_polygon(list(triangulo.values())[0],outline='black',

         fill='red', width = 2)

lbl_form_tri2 = tk.Label(tela, text ="___________", bg="gold",

             fg="black", font=('Calibri', 12, 'bold'))

lbl_form_tri2.place(x = 1132, y = 307)

lbl_form_tri1 = tk.Label(screen, text="Area = Base × Height", bg="gold",

             fg="black", font=('Calibri', 12, 'bold'))

lbl_form_tri1.place(x = 1080, y = 302)

lbl_form_circ3 = tk.Label(tela, text ="2", bg="gold", fg="black",

             font=('Calibri', 12, 'bold'))

lbl_form_circ3.place(x = 1170, y = 328)

lbl_base_tr = tk.Label(tela, text ="Base:", bg="gold", fg="black",

            font=('Calibri', 12), anchor = 'w')

lbl_base_tr.place(x = 1080, y = 350, width=90, height = 25)

txt_base_tr = tk.Entry(tela, width = 35, justify=CENTER)

txt_base_tr.place(x = 1135, y = 350, width = 75, height = 25)

lbl_height_tr = tk.Label(screen, text="Height:", bg="gold", fg="black",

             font=('Calibri', 12), anchor = 'w')

lbl_altura_tr.place(x = 1080, y = 380, width=90, height = 25)

txt_altura_tr = tk.Entry(tela, width = 35, justify=CENTER)

txt_altura_tr.place(x = 1135, y = 380, width = 75, height = 25)

btn_triang = tk.Button(tela, text ="Calcular", bg ='yellow',foreground='black',

            font=('Calibri', 12, 'bold'), command = calc_triang)

btn_triang.place(x = 1135, y = 410, width = 75)

lbl_area_tr = tk.Label(tela, text ="Área:", bg="gold", fg="black",

            font=('Calibri', 12), anchor = 'w')

lbl_area_tr.place(x = 1080, y = 450, width=90, height = 25)

txt_area_tr = tk.Entry(tela, width = 35, justify=CENTER)

txt_area_tr.place(x = 1135, y = 450, width = 75, height = 25)

C.pack() 

fabric.mainloop()

# Multiplication Tables Program with Audio for Children's Learning

# Developed by Wilson Borges de Oliveira

# You need to install the library below:

# pip install pyttsx3

import pyttsx3

engine = pyttsx3.init("sapi5")

engine.setProperty("voice", "brazil")

print ('\n')

n = int(input('Which number do you want the multiplication table for? '))

print ('\n')

for x in range(1,11):

    txt_result = str(n) ' X ' str(x) ' = ' str(x * n)

txt_audio = str(n) ' times ' str(x) ' equals ' str(x * n)

    print(txt_result)

    engine.say(txt_audio)

engine.runAndWait()

engine.stop()

# Prisma Program - Refraction of Light

import turtle as pen

from turtle import Screen 

bodies = Screen()

screen.title("Prism - Refraction of Light")

def start():

pen.hideturtle()

  caneta.speed('fastest')

pen.bgcolor('black')

  caneta.pencolor('lightblue')

pen.penup()

pen.goto(POS_TEXT)

pen.write('Prisma - Light Refraction', True, align='left',font=('Calibri',20,'normal'))

pen.goto(0,0)

def draw_prism(x,y,side,color,width):

pen.goto(x,y)

pen.pendown()

pen.pencolor(color)

pen.pensize(width)

pen.backward(side/2)

pen.left(60)

pen.forward(side)

pen.right(120)

pen.forward(side)

pen.right(120)

pen.forward(side/2)

def draw_beam(x,y,length):

pen.penup()

pen.goto(x-length,y OFFSET)

pen.pendown()

pen.pencolor('white')

pen.pensize(15)

pen.goto(x,y OFFSET)

def draw_refraction(color,x,ate_x,y,ate_y):

pen.penup()

pen.goto(x,y OFFSET)

pen.pendown()

pen.pencolor(color)

pen.pensize(15)

pen.goto(ate_x,ate_y)

POS_TEXT = (-130,-190)

DISPLACEMENT = 60

AZULMAGENTA = '#4B0082'

start()

draw_prisma(0,-50,200,"white",2)

caneta.speed('slowest')

draw_beam(0,0,400)

draw_refraction('red',0,400,0,-80)

draw_refraction('orange',0,400,0,-105)

draw_refraction('yellow',0,400,0,-130)

draw_refraction('green',0,400,0,-155)

draw_refraction('mediumblue',0,400,0,-180)

draw_refraction('navy',0,400,0,-205)

draw_refraction(AZULMAGENTA,0,400,0,-230)

pen.done()