bigfontcalculator_4.py

Created by wperez274

Created on April 24, 2023

10.8 KB

from math import *
from kandinsky import *
from kandinsky import fill_rect as F
from random import *
from random import randint as RAND
from ion import *
from time import *

BL=(0,)*3
WH=(255,)*3

GR=(230,)*3
RE=(155,0,0)

def dot(x,y,c,fg,bg,t,a,b):
  draw_string(c,0,0,GR,WH)
  fill_rect(x,y,9*t,18*t,bg)
  for v in range(18):
    for u in range(9):
      if get_pixel(u,v)==WH:
        fill_rect(x+u*t,y+v*t,t-a,t-b,fg)
        
  draw_string(" ",0,0,WH,WH)
  
  
def aff(txt,x,y,t,fg,bg=WH,a=1,b=1):
  for (i,c) in enumerate(txt):
    dot(x+i*t*9,y,c,fg,bg,t,a,b)
    
    
x=6

num=1
num_2=1




arith=["x","/","+","-","sqrt(","^2"]

func=0
oper=arith[func]


#//////////////////////////
#paste your theme data here


bg_big= (230, 195, 31)
line_c= (66, 19, 38)
bg_small= (206, 120, 32)


font_c= (255, 255, 255)
font_bg_c= (40, 10, 130)

font_c_2= (255, 255, 255)
font_bg_c_2= (52, 45, 150)




def print_ans():
  global func,num,num_2,font_c,font_c_2,font_bg_c,font_bg_c_2,theme_change

  if func==0:
    aff(str("=")+str(int(num)*int(num_2)),5,145,2,font_c_2,font_bg_c_2)
  if func==1:
    aff(str("=")+str(int(num)/float(num_2)),5,145,2,font_c_2,font_bg_c_2)
  if func==2:
    aff(str("=")+str(int(num)+int(num_2)),5,145,2,font_c_2,font_bg_c_2)
  if func==3:
    aff(str("=")+str(int(num)-int(num_2)),5,145,2,font_c_2,font_bg_c_2)



def theme_change():
  global bg_big,line_c,bg_small,font_bg_c,font_c,print_ans,font_c_2,font_bg_c_2            

  bg_big=(RAND(0,255),RAND(0,255),RAND(0,255))
  line_c=(RAND(0,255),RAND(0,255),RAND(0,255))
  bg_small=(RAND(0,255),RAND(0,255),RAND(0,255))

  font_c=choice([(0,)*3,(255,)*3])
  font_bg_c=(RAND(0,255),RAND(0,255),RAND(0,255))

  font_c_2=choice([(0,)*3,(255,)*3])

  font_bg_c_2=(RAND(0,255),RAND(0,255),RAND(0,255))


  F(0, 0, 322, 222,bg_big)
  F(0, 77, 322, 116,line_c)
  F(0, 83, 322, 104,bg_small)

  aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

  print_ans()



def clear_scr():
  global bg_big,line_c,bg_small,font_bg_c,font_c

  F(0, 0, 322, 222,bg_big)
  F(0, 77, 322, 116,line_c)
  F(0, 83, 322, 104,bg_small)


def refresh():
  global bg_big,line_c,bg_small,font_bg_c,font_c,num,num_2
  
  F(0, 0, 322, 222,bg_big)
  F(0, 77, 322, 116,line_c)
  F(0, 83, 322, 104,bg_small)
  
  aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

  print_ans()

black=(0,0,0)
def print_guide():
  
  fc=[
  (RAND(20,255),RAND(20,255),RAND(50,255)),
  (RAND(20,255),RAND(20,255),RAND(50,255)),
  (RAND(20,255),RAND(20,255),RAND(50,255)),
  (RAND(20,255),RAND(20,255),RAND(50,255)),
  (RAND(20,255),RAND(20,255),RAND(50,255)),
  (RAND(20,255),RAND(20,255),RAND(50,255)),
  (RAND(20,255),RAND(20,255),RAND(50,255)),
  'yellow','white','orange','gray'

      
  ]  
  
    
  draw_string("[UP],[DOWN]ARROWS=[+],[-] Num",15,20,fc[RAND(0,len(fc)-1)],black)
  draw_string("[TOOLBOX=RESET]",15,45,fc[RAND(0,len(fc)-1)],black)
  draw_string("[ANS]=BG CHANGE",15,70,fc[RAND(0,len(fc)-1)],black)
  draw_string("[(],[)]=[-],[+] NUM_2 ",15,95,fc[RAND(0,len(fc)-1)],black)
  draw_string("[OK]=THEME CHANGE",15,120,fc[RAND(0,len(fc)-1)],black)
  draw_string("[EXE]=PRINT",15,145,fc[RAND(0,len(fc)-1)],black)
  draw_string("[BACKSPACE]=DELETE LAST",15,170,fc[RAND(0,len(fc)-1)],black)
  




F(0, 0, 322, 222,bg_big)
F(0, 77, 322, 116,line_c)
F(0, 83, 322, 104,bg_small)
  

speed_t=0.2

sleep(0.3)




font_size=3



dec_value=False

    

sleep(0.2)
refresh()

aff(str(int(num))+arith[func]+str(int(num_2)),5,25,3,font_c,font_bg_c)
print_ans()

while not keydown(KEY_EXE):
  oper=arith[func]
  
  if func==1 and num_2==0:
    num_2=1

#*************************

  if keydown(KEY_MULTIPLICATION):
    func=0
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()
    
  if keydown(KEY_DIVISION):
    func=1
    clear_scr()

    if func==1 and num_2==0:
      num_2=1

    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()



  if keydown(KEY_PLUS):
    func=2
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()



  if keydown(KEY_MINUS):
    func=3
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()

  if keydown(KEY_EE):
    sleep(0.2)
    font_bg_c=(RAND(0,255),RAND(0,255),RAND(0,255))
    font_c=choice([(0,)*3,(255,)*3])
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()

  if keydown(KEY_ANS):
    sleep(0.2)
    bg_big=(RAND(0,255),RAND(0,255),RAND(0,255))
    line_c=(RAND(0,255),RAND(0,255),RAND(0,255))
    bg_small=(RAND(0,255),RAND(0,255),RAND(0,255))

    F(0, 0, 322, 222,bg_big)
    F(0, 77, 322, 116,line_c)
    F(0, 83, 322, 104,bg_small)

    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()




#*************************
  if keydown(KEY_UP):
    sleep(0.2)
    clear_scr()
    num+=1
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()



  if keydown(KEY_DOWN):
    sleep(0.2)
    clear_scr()
    num-=1
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()



  if keydown(KEY_LEFT):
    sleep(0.2)
    clear_scr()
    num_2-=1
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()



  if keydown(KEY_RIGHT):
    sleep(0.2)
    clear_scr()
    num_2+=1
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()


    
  if keydown(KEY_TOOLBOX):
    sleep(0.2)
    num=0
    num_2=0
    func=0
    refresh()

    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)

    print_ans()


  if keydown(KEY_OK):
    sleep(0.2)
    theme_change()
  


  if keydown(KEY_ZERO):
    sleep(0.2)
    num_2=num_2*10+0
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()

      
  if keydown(KEY_ONE):
    sleep(0.2)
    num_2=num_2*10+1
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()

  if keydown(KEY_TWO):
    sleep(0.2)
    num_2=num_2*10+2
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()



  if keydown(KEY_THREE):
    sleep(0.2)
    num_2=num_2*10+3
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()


  if keydown(KEY_FOUR):
    sleep(0.2)
    num_2=num_2*10+4
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()


  if keydown(KEY_FIVE):
    sleep(0.2)
    num_2=num_2*10+5
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()


  if keydown(KEY_SIX):
    sleep(0.2)
    num_2=num_2*10+6
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()


  if keydown(KEY_SEVEN):
    sleep(0.2)
    num_2=num_2*10+7
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()


  if keydown(KEY_EIGHT):
    sleep(0.2)
    num_2=num_2*10+8
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()


  if keydown(KEY_NINE):
    sleep(0.2)
    num_2=num_2*10+9
    clear_scr()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()

  if keydown(KEY_BACKSPACE):
    sleep(0.2)
    num_2=int(num_2/10)
    refresh()
    aff(str(int(num))+arith[func]+str(int(num_2)),5,21,3,font_c,font_bg_c)
    print_ans()



    
  

  draw_string("[VAR] = GUIDE/HELP",140,1,(0,255,0),(0,0,0))

  if keydown(KEY_VAR):
    F(0, 0, 322, 222, 'orange')
    F(9, 12, 302, 200, (0,0,0))
    print_guide()
    while not keydown(KEY_OK):
      draw_string("PRESS [OK]",150,190,(0,RAND(0,255),0),(0,0,0))  
    sleep(0.2)
    refresh()
  

  if keydown(KEY_SQRT):
    sleep(0.2)
    clear_scr()
    if func==0:
      aff(str(int(num))+arith[0]+arith[4]+str(int(num_2))+")",5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)*sqrt(float(num_2))),5,145,2,font_c_2,font_bg_c_2)
    if func==1:
      aff(str(int(num))+arith[1]+arith[4]+str(int(num_2))+")",5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)/sqrt(float(num_2))),5,145,2,font_c_2,font_bg_c_2)
    if func==2:
      aff(str(int(num))+arith[2]+arith[4]+str(int(num_2))+")",5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)+sqrt(float(num_2))),5,145,2,font_c_2,font_bg_c_2)
    if func==3:
      aff(str(int(num))+arith[3]+arith[4]+str(int(num_2))+")",5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)-sqrt(float(num_2))),5,145,2,font_c_2,font_bg_c_2)


  if keydown(KEY_LEFTPARENTHESIS):
    sleep(0.2)
    num_2-=0.1
    refresh()
    if func==0:
      aff(str(int(num))+"x"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)*float(num_2)),5,145,2,font_c_2,font_bg_c_2)
    if func==1:
      aff(str(int(num))+"/"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)/float(num_2)),5,145,2,font_c_2,font_bg_c_2)
    if func==2:
      aff(str(int(num))+"+"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)+float(num_2)),5,145,2,font_c_2,font_bg_c_2)
    if func==3:
      aff(str(int(num))+"-"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)-float(num_2)),5,145,2,font_c_2,font_bg_c_2)




  if keydown(KEY_RIGHTPARENTHESIS):
    sleep(0.2)
    num_2+=0.1
    refresh()
    if func==0:
      aff(str(int(num))+"x"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)*float(num_2)),5,145,2,font_c_2,font_bg_c_2)

    if func==1:
      aff(str(int(num))+"/"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)/float(num_2)),5,145,2,font_c_2,font_bg_c_2)

    if func==2:
      aff(str(int(num))+"+"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)+float(num_2)),5,145,2,font_c_2,font_bg_c_2)

    if func==3:
      aff(str(int(num))+"-"+str(float(num_2)),5,21,3,font_c,font_bg_c)
      aff(str("=")+str(int(num)-float(num_2)),5,145,2,font_c_2,font_bg_c_2)


  if func==0:
    draw_string(str(num)+" x "+str(num_2)+"   =  "+str(num*num_2),10,200,(255,)*3,(0,0,0))
  if func==1:
    draw_string(str(num)+" / "+str(num_2)+"   =  "+str(num/num_2),10,200,(200,)*3,(0,0,0))
  if func==2:
    draw_string(str(num)+" + "+str(num_2)+"   =  "+str(num+num_2),10,200,(255,155,255),(0,0,0))
  if func==3:
    draw_string(str(num)+" - "+str(num_2)+"   =  "+str(num-num_2),10,200,(0,255,255),(0,0,0))

       
#prompt user to proceed to exit
draw_string("Press [OK]",100,190)

print("")  

#print theme_change
print("bg_big=",bg_big)
print("line_c=",line_c)
print("bg_small=",bg_small)
print("font_c=",font_c)
print("font_bg_c=",font_bg_c)
print("font_c_2=",font_c_2)
print("font_bg_c_2=",font_bg_c_2)

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