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• Calculator

Tool to learn about colors and to actually create new colors and save them ( the tuple lists [] ) Example;

DARK_GREEN = (0,155,0)

You welcome.

from math import *

from random import *
from random import randint as RAND

from kandinsky import *
from kandinsky import fill_rect as F
from kandinsky import draw_string as STR

from ion import *
from time import *


EXIT=False


BLACK=(0,)*3

RED=(255,0,0)
GREEN=(0,255,0)
BLUE=(0,0,255)

DARK_RED=(125,0,0)
DARK_GREEN=(0,125,0)
DARK_BLUE=(0,0,125)



CYAN=(0,255,255)
YELLOW=(255,255,0)

WHITE=(255,)*3



RX=10
RY=10
RW=1
RH=20
RC=(0,0,0)


GX=10
GY=40
GW=1
GH=20
GC=(0,0,0)


BX=10
BY=70
BW=1
BH=20
BC=(0,0,0)



def paint_canvas():
  global RX,RY,GX,GY,BX,BY
  

  for i in range(0,255):

    fill_rect(10+i,RY,1,20,(i,0,0))
  
  for i in range(0,256):
    fill_rect(10+i,GY,1,20,(0,i,0))
  
  
  for i in range(0,256):
    fill_rect(10+i,BY,1,20,(0,0,i))
  



RC = ( get_pixel(RX,RY) ) 
GC = ( get_pixel(GX,GY) ) 
BC = ( get_pixel(BX,BY) ) 



def print_data():

  global RX,GX,BX
  
  draw_string(str(RX-10),280,RY)  
  draw_string(str(GX-10),280,GY)  
  draw_string(str(BX-10),280,BY)  

  draw_string("-(R)+ = keys:[(][)]",3,130,DARK_RED)
  draw_string("-(G)+ = keys:[*][/]",3,150,DARK_GREEN)
  draw_string("-(B)+ = keys:[+][-]",3,170,DARK_BLUE)
  draw_string("[BACKSPACE] = SELECT,EXIT,PRINT",3,108,BLACK,CYAN)


def update_data():
  
  F(275,5,42,90,CYAN)



def randomize():
    
  global RX, GX, BX

  R=RAND(0,255)
  G=RAND(0,255)
  B=RAND(0,255)
  
  
  RX=R+10
  GX=G+10
  BX=B+10
    

  F(0,0,322,222,(R,G,B))
  



#reset to gray after
#the for loops above


paint_canvas()


#RX=140
#GX=140
#BX=140
  
update_data()

while not EXIT:#keydown(KEY_BACKSPACE):




  R=RC[0]
  G=GC[1]
  B=BC[2]

  
  print_data()


  
  RC = ( get_pixel(RX,RY) ) 
  GC = ( get_pixel(GX,GY) ) 
  BC = ( get_pixel(BX,BY) ) 

  
  F(RX,RY,RW,RH,RC)
  F(GX,GY,GW,GH,GC)
  F(BX,BY,BW,BH,BC) 
  
#*************************


  
  fill_rect(RX,RY+20,1,6,(R,0,0))
  fill_rect(RX-1,RY+20,1,6,WHITE)
  fill_rect(RX+1,RY+20,1,6,WHITE)

  fill_rect(GX,GY+20,1,6,(0,G,0))
  fill_rect(GX-1,GY+20,1,6,WHITE)
  fill_rect(GX+1,GY+20,1,6,WHITE)


  fill_rect(BX,BY+20,1,6,(0,0,B))
  fill_rect(BX-1,BY+20,1,6,WHITE)
  fill_rect(BX+1,BY+20,1,6,WHITE)

  


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

  if keydown(KEY_LEFTPARENTHESIS):
    sleep(0.015)
    RX-=1
    
    update_data()


  if keydown(KEY_RIGHTPARENTHESIS):
    sleep(0.015)

    RX+=1

    update_data()


  if keydown(KEY_MULTIPLICATION):
    sleep(0.015)

    GX-=1

    update_data()


  if keydown(KEY_DIVISION):
    sleep(0.015)


    GX+=1

    update_data()


  if keydown(KEY_PLUS):
    sleep(0.015)


    BX-=1

    update_data()


  if keydown(KEY_MINUS):
    sleep(0.015)
    BX+=1

    update_data()



#rectangle

  fill_rect(210,140,90,50,(R,G,B))
#border
  fill_rect(210,140,2,50,(0,0,0))
  fill_rect(210+90-2,140,2,50,(0,0,0))
  fill_rect(210,140,90,2,(0,0,0))
  fill_rect(210,140+50-2,90,2,(0,0,0))



  if R>255:
    R=255
  if G>255:
    G=255
  if B>255:
    B=255

  if R<0:
    R=0
  if G<0:
    G=0
  if B<0:
    B=0



  if RX>10+255:
    RX=10+255

  if RX<10:
    RX=10

  if GX>10+255:
    GX=10+255

  if GX<10:
    GX=10

  if BX>10+255:
    BX=10+255

  if BX<10:
    BX=10


  print_data()


  F(0,105,322,2,BLACK)
  F(0,127,322,2,BLACK)





  if keydown(KEY_BACKSPACE):
    sleep(0.5)
    EXIT=True

    fill_rect(0,0,322,222,(0,255,255))
      
    while not keydown(KEY_OK):
      draw_string("PRESS [OK]",80,100)



  if keydown(KEY_SHIFT):
    sleep(0.14)
    randomize()
    paint_canvas()
    update_data()
    print_data()
    draw_string("bg:"+str((R,G,B)),10,200,BLACK,YELLOW)


#border main

  F(5,5,2,90,BLACK)
  F(5+265-2,5,2,90,BLACK)
  F(5,5,265,2,BLACK)
  F(5,95,265,2,BLACK)





sleep(0.5)
fill_rect(0,0,322,222,(0,255,255))
draw_string("PRESS [OK]",80,100)

print("\n NAME YOUR COLOR!! \n")

name=input("\nName: \n:")

print(name," = ",(R,G,B))