calculus_calc_2.py

Created on April 27, 2023
4.8 KB
Use Arrows [up],[down],[left],[right] Use numbers [0…9] keys: [RIGHT],[OK] = Show Various Data of number. Press [EXE] to Exit & Print Data. Press keys: [ln],[log],[sin],[cos],[tan],[pi],[sqrt], [**2]
from math import *
from random import *
from random import randint as R
from kandinsky import *
from kandinsky import fill_rect as F
from ion import *
from time import *

black=(0,)*3
gray=(230,)*3
white=(255,)*3
red=(255,0,0)
blue=(0,0,255)
green=(0,255,0)
cyan=(0,255,255)
yellow=(255,255,0)
magenta=(255,150,255)
orange="orange"

guide="""
Use Arrows
      [up],[down],[left],[right]
Use numbers [0...9]
keys: 
    [RIGHT],[OK] = Show Various Data of number.
Press [EXE] to Exit & Print Data.
Press keys:
   [ln],[log],[sin],[cos],[tan],[pi],[sqrt], [**2]
   
   """
   




bg=white

x=26
y=16



n=0

a=round((n*pi),8)


bg=black


n_count=1

def clear_num_screen():
  F(x-5, y-5, 277, 27, cyan)


def clear_middle():
  F(0,40,322,182,bg)




def draw_panel():

  F(0,0,322,222,bg)
  F(x-10, y-10, 288, 35, blue)
  F(x-5, y-5, 277, 27, cyan)

  
  
def print_all():
  
  a=round((n*pi),3)

  draw_string("sin("+str(n)+") = "+str(round(sin(int(n)),3)),10,45,(R(120,255),R(120,255),R(120,255)),black)
  draw_string("cos("+str(n)+") = "+str(round(cos(int(n)),3)),10,65,(R(120,255),R(120,255),R(120,255)),black)
  draw_string("tan("+str(n)+") = "+str(round(tan(int(n)),3)),10,85,(R(120,255),R(120,255),R(120,255)),black)
  draw_string("sqrt("+str(n)+")"+" = "+str(round(sqrt(n),3)),10,105,(R(120,255),R(120,255),R(120,255)),black)
  draw_string(str(n)+" x pi = "+str(n*round(pi,3)),10,125,(R(120,255),R(120,255),R(120,255)),black)
  draw_string(str(n)+"^2 = "+str(int(n)**2),10,145,(R(120,255),R(120,255),R(120,255)),black)

  if n>0:
    draw_string("log10("+str(n)+") = "+str(log10(int(n))),10,165,(R(120,255),R(120,255),R(120,255)),black)
    draw_string("log("+str(n)+") = "+str(log(int(n))),10,185,(R(120,255),R(120,255),R(120,255)),black)



draw_panel()


ncount=0

def prime(n):
  global ncount
  for i in range(1,x+1):
    if x%i==0:
      print(i)
      ncount+=1



            
  

while not keydown(KEY_EXE):
  draw_string(str(n),x,y)
  
  
  if keydown(KEY_UP):
    sleep(0.2)
    clear_middle()
    n+=1
    
  if keydown(KEY_DOWN):
    sleep(0.2)
    clear_num_screen()
    clear_middle()
    n-=1
    

  if keydown(KEY_ZERO):
    sleep(0.2)
    n=n*10+0

  if n>-1:
  
    if keydown(KEY_ONE):
      sleep(0.2)
      n=n*10+1

    if keydown(KEY_TWO):
      sleep(0.2)
      n=n*10+2

    if keydown(KEY_THREE):
      sleep(0.2)
      n=n*10+3

    if keydown(KEY_FOUR):
      sleep(0.2)
      n=n*10+4

    if keydown(KEY_FIVE):
      sleep(0.2)
      n=n*10+5

    if keydown(KEY_SIX):
      sleep(0.2)
      n=n*10+6

    if keydown(KEY_SEVEN):
      sleep(0.2)
      n=n*10+7

    if keydown(KEY_EIGHT):
      sleep(0.2)
      n=n*10+8
    if keydown(KEY_NINE):
      sleep(0.2)
      n=n*10+9

  if keydown(KEY_BACKSPACE):
    sleep(0.2)
    n=n//10
    clear_num_screen()
    clear_middle()


  if len(str(n))>26:
    n=n//10
    clear_num_screen()










  if keydown(KEY_SINE):
    sleep(0.2)
    draw_string("sin("+str(n)+") = "+str(round(sin(int(n)),3)),10,45,(R(120,255),R(120,255),R(120,255)),black)
    
  if keydown(KEY_COSINE):
    sleep(0.2)
    draw_string("cos("+str(n)+") = "+str(round(cos(int(n)),3)),10,65,(R(120,255),R(120,255),R(120,255)),black)

  if keydown(KEY_TANGENT):
    sleep(0.2)
    draw_string("tan("+str(n)+") = "+str(round(tan(int(n)),3)),10,85,(R(120,255),R(120,255),R(120,255)),black)


    
  
  if keydown(KEY_PI):
    sleep(0.2)
    draw_string(str(n)+" x pi = "+str(n*round(pi,3)),10,105,(R(120,255),R(120,255),R(120,255)),black)
            
  
        
  if keydown(KEY_SQRT):
    sleep(0.2)
    draw_string("sqrt("+str(n)+")"+" = "+str(round(sqrt(n),3)),10,125,(R(120,255),R(120,255),R(120,255)),black)

    

  if keydown(KEY_SQUARE):
    sleep(0.2)
    draw_string(str(n)+"^2 = "+str(int(n)**2),10,145,(R(120,255),R(120,255),R(120,255)),black)



  if n>0:
    if keydown(KEY_LN):
      sleep(0.2)
      draw_string("log("+str(n)+") = "+str(log(int(n))),10,165,(R(120,255),R(120,255),R(120,255)),black)


    if keydown(KEY_LOG):
      sleep(0.2)
      draw_string("log10("+str(n)+") = "+str(log10(int(n))),10,185,(R(120,255),R(120,255),R(120,255)),black)



  if keydown(KEY_SHIFT):
    if keydown(KEY_BACKSPACE):
      sleep(0.2)
      draw_panel()
      n=1
      
  if keydown(KEY_OK):
    sleep(0.2)
    clear_middle()
    print_all()
    
    

  if keydown(KEY_RIGHT):
    sleep(0.2)
    print_all()

  if keydown(KEY_LEFT):
    sleep(0.2)
    draw_panel()
  
      

    
  
  
    
    
F(0,0,322,222,white)
draw_string("PRESS OK",80,150,black,cyan)

print("----------------------------")

if n>0:
  print("log(",n,")= ",log(int(n)))
  print("log10(",n,")= ",log10(int(n)))


print("sin(",n,")=",sin(int(n)))
print("cos(",n,")=",cos(int(n)))
print("tan(",n,")=",tan(int(n)))

print(n,"x pi = ",n*pi)
print("sqrt(",n,") = ",sqrt(n))
print("n^2"," = ",n**2)


print("----------------------------")