Update README.md

Snackpow · Nov 11, 2019 · 25737e7 · 25737e7
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-
-# Hack Gartic [Auto Draw]
-
-**Requerimentos:**
-
-
-Python 3
-
-Lightshot
-
-https://app.prntscr.com/pt-br/download.html
-https://www.python.org/downloads/
-
-Na instalação Python lembre-se de ativar a opção "environment path" ou "variável de sistema" 
-
-Também marque a opção "instalar PIP" ou "PIP"
-
-Reinicie computador após as instalações.
-
-**Rode no prompt de comando após instalar python3**
-
-
-pip install pyautogui
-
-pip install pillow
-
-pip install pynput
-
-____
-
-**Para usar ele abra o start.bat**
-
-1 - Na primeira execução do programa você deverá apertar ALT + X em cima dos ícones do Gartic. Os ícones são: lápis, quadro branco, ícone de paleta de cores, cruz da paleta de cores aquela que seleciona as cores, e por fim a barra de luminosidade da paleta de cores
-
-
-2 - Pesquise no Google Imagens a imagem que você quer desenhar e use o programa chamado lightshot para selecionar seu clipart, após selecionar dê CTRL + C
-
-
-3 - Após isso vá no ícone do tamanho do lápis zere ele e aumente +1 com a seta superior do teclado
-
-
-
-4 - Por fim dê CTRL + B
-
-
-
-Ele vai processar imagem e em alguns segundos começa pintar ela. 
-
-
-
-5 - Para reiniciar aperte CTRL + i
-
-
-___
-
-**Dicas**
-1 - Sempre opte por imagens em preto e branco e com poucos pixels (imagens feitas em desenho a mão ou cliparts por exemplo)
-
-
-
-# Vídeo do funcionamento
-
-https://www.youtube.com/watch?v=FFDJIjKL-PM
-
-https://www.youtube.com/watch?v=GaXMzzYd_Uw (projeto original que me incentivou a fazer este BOT)
-
+'''
+ Hack para Gartic
+ Criado por Bruno da Silva
+ Agradecimentos LLM Tutoriais pelo código inicial
+
+ Requerimentos:
+        1: Python 3
+        2: Lightshot
+
+        Extensões (rode com comando de linha após instalar python)
+        pip install pyautogui
+        pip install pillow
+        pip install pynput
+'''
+
+from PIL import Image as img
+from time import sleep, time
+from datetime import datetime
+from math import sqrt
+from pynput.mouse import Controller
+from PIL import ImageGrab
+import pyautogui
+import keyboard
+import os.path
+import uuid
+import keyboard as kb
+import winsound
+
+esc_hue = 360 / 180
+esc_sat = 100 / 100
+esc_val = 100 / 100
+notHaveFiles = 0
+canvas = [0,0]
+roda_paleta = [0,0]
+cruz_paleta = [0,0]
+baixo_barra = [0,0]
+lapis = [0,0]
+
+
+def RGB_HSV(R, G, B):
+    RR, GG, BB = R / 255, G / 255, B / 255
+    Cmax = max(RR, GG, BB)
+    Cmin = min(RR, GG, BB)
+    Delta = Cmax - Cmin
+    if Cmax == RR:
+        try:
+            H = ((GG - BB) / (Cmax - Cmin)) * 60
+        except ZeroDivisionError:
+            H = 0
+    elif Cmax == GG:
+        try:
+            H = (2.0 + (BB - RR) / (Cmax - Cmin)) * 60
+        except ZeroDivisionError:
+            H = 120
+    elif Cmax == BB:
+        try:
+            H = (4 + (RR - GG) / (Cmax - Cmin)) * 60
+        except ZeroDivisionError:
+            H = 240
+    else:
+        print('Erro!')
+    if H < 0:
+        H += 360
+    H = f'{H:.0f}'
+    try:
+        S = f'{(Delta / Cmax) * 100:.1f}'
+    except ZeroDivisionError:
+        S = 0
+    V = f'{Cmax * 100:.1f}'
+    HSV_f = (float(H), float(S), float(V))
+    HSV_r = (round(HSV_f[0]), round(HSV_f[1]), round(HSV_f[2]))
+    HSV = HSV_r
+    return HSV
+
+
+def closest_color(r,g,b):
+    COLORS = [
+    (0,0,0),(128,0,0),(0,128,0),(128,128,0),(0,0,128),(128,0,128),(0,128,128),(192,192,192),(128,128,128),(255,0,0),(0,255,0),(255,255,0),(0,0,255),(255,0,255),(0,255,255),(255,255,255),(0,0,0),(0,0,95),(0,0,135),(0,0,175),(0,0,215),(0,0,255),(0,95,0),(0,95,95),(0,95,135),(0,95,175),(0,95,215),(0,95,255),(0,135,0),(0,135,95),(0,135,135),(0,135,175),(0,135,215),(0,135,255),(0,175,0),(0,175,95),(0,175,135),(0,175,175),(0,175,215),(0,175,255),(0,215,0),(0,215,95),(0,215,135),(0,215,175),(0,215,215),(0,215,255),(0,255,0),(0,255,95),(0,255,135),(0,255,175),(0,255,215),(0,255,255),(95,0,0),(95,0,95),(95,0,135),(95,0,175),(95,0,215),(95,0,255),(95,95,0),(95,95,95),(95,95,135),(95,95,175),(95,95,215),(95,95,255),(95,135,0),(95,135,95),(95,135,135),(95,135,175),(95,135,215),(95,135,255),(95,175,0),(95,175,95),(95,175,135),(95,175,175),(95,175,215),(95,175,255),(95,215,0),(95,215,95),(95,215,135),(95,215,175),(95,215,215),(95,215,255),(95,255,0),(95,255,95),(95,255,135),(95,255,175),(95,255,215),(95,255,255),(135,0,0),(135,0,95),(135,0,135),(135,0,175),(135,0,215),(135,0,255),(135,95,0),(135,95,95),(135,95,135),(135,95,175),(135,95,215),(135,95,255),(135,135,0),(135,135,95),(135,135,135),(135,135,175),(135,135,215),(135,135,255),(135,175,0),(135,175,95),(135,175,135),(135,175,175),(135,175,215),(135,175,255),(135,215,0),(135,215,95),(135,215,135),(135,215,175),(135,215,215),(135,215,255),(135,255,0),(135,255,95),(135,255,135),(135,255,175),(135,255,215),(135,255,255),(175,0,0),(175,0,95),(175,0,135),(175,0,175),(175,0,215),(175,0,255),(175,95,0),(175,95,95),(175,95,135),(175,95,175),(175,95,215),(175,95,255),(175,135,0),(175,135,95),(175,135,135),(175,135,175),(175,135,215),(175,135,255),(175,175,0),(175,175,95),(175,175,135),(175,175,175),(175,175,215),(175,175,255),(175,215,0),(175,215,95),(175,215,135),(175,215,175),(175,215,215),(175,215,255),(175,255,0),(175,255,95),(175,255,135),(175,255,175),(175,255,215),(175,255,255),(215,0,0),(215,0,95),(215,0,135),(215,0,175),(215,0,215),(215,0,255),(215,95,0),(215,95,95),(215,95,135),(215,95,175),(215,95,215),(215,95,255),(215,135,0),(215,135,95),(215,135,135),(215,135,175),(215,135,215),(215,135,255),(215,175,0),(215,175,95),(215,175,135),(215,175,175),(215,175,215),(215,175,255),(215,215,0),(215,215,95),(215,215,135),(215,215,175),(215,215,215),(215,215,255),(215,255,0),(215,255,95),(215,255,135),(215,255,175),(215,255,215),(215,255,255),(255,0,0),(255,0,95),(255,0,135),(255,0,175),(255,0,215),(255,0,255),(255,95,0),(255,95,95),(255,95,135),(255,95,175),(255,95,215),(255,95,255),(255,135,0),(255,135,95),(255,135,135),(255,135,175),(255,135,215),(255,135,255),(255,175,0),(255,175,95),(255,175,135),(255,175,175),(255,175,215),(255,175,255),(255,215,0),(255,215,95),(255,215,135),(255,215,175),(255,215,215),(255,215,255),(255,255,0),(255,255,95),(255,255,135),(255,255,175),(255,255,215),(255,255,255),(8,8,8),(18,18,18),(28,28,28),(38,38,38),(48,48,48),(58,58,58),(68,68,68),(78,78,78),(88,88,88),(98,98,98),(108,108,108),(118,118,118),(128,128,128),(138,138,138),(148,148,148),(158,158,158),(168,168,168),(178,178,178),(188,188,188),(198,198,198),(208,208,208),(218,218,218),(228,228,228),(238,238,238)]
+    color_diffs = []
+    for color in COLORS:
+        cr, cg, cb = color
+        color_diff = sqrt(abs(r - cr)**2 + abs(g - cg)**2 + abs(b - cb)**2)
+        color_diffs.append((color_diff, color))
+    return min(color_diffs)[1]
+
+
+def restart_app():
+    winsound.Beep(300, 700)
+    import sys
+    os.execl(sys.executable, sys.executable, *sys.argv)
+
+
+def ler_file(file):
+    with open(file) as f:
+        return int(f.read())
+
+def on_triggered():
+    mouse = Controller()
+    (x,y) = mouse.position
+
+    global lapis, canvas, roda_paleta, cruz_paleta, baixo_barra
+    if((lapis[0]) == 0):
+        lapis = [x,y]
+        f= open("configs/lapisX.log","w");    f.write(("%d" % x));      f.close();
+        f= open("configs/lapisY.log","w");    f.write(("%d" % y));      f.close();
+        print ("Posicione o cursor no canto superior esquerdo do QUADRO de DESENHO e dê ALT+X")
+        winsound.Beep(3000, 700)
+        return True
+    if((canvas[0]) == 0):
+        canvas = [x,y]
+        print ("Posicione o cursor em cima do icone de PALETA e dê ALT+X")
+        winsound.Beep(3000, 700)
+        f= open("configs/canvasX.log","w");    f.write(("%d" % x));      f.close();
+        f= open("configs/canvasY.log","w");    f.write(("%d" % y));      f.close();
+        return True
+    if((roda_paleta[0]) == 0):
+        print ("Posicione o cursor em cima do icone de CRUZ da PALETA e dê ALT+X")
+        winsound.Beep(3000, 700)
+        f= open("configs/paletaX.log","w");    f.write(("%d" % x));      f.close();
+        f= open("configs/paletaY.log","w");    f.write(("%d" % y));      f.close();
+        roda_paleta = [x,y]
+        return True
+    if((cruz_paleta[0]) == 0):
+        print ("Posicione o cursor na parte inferior da barra da paleta e dê ALT+X")
+        winsound.Beep(3000, 700)
+        f= open("configs/cruzX.log","w");    f.write(("%d" % x));      f.close();
+        f= open("configs/cruzY.log","w");    f.write(("%d" % y));      f.close();
+        cruz_paleta = [x,y]
+        return True
+    if((baixo_barra[0]) == 0):
+        print ("\n\n\n\nPOSIÇÃO DOS BOTÕES ARMAZENADA COM SUCESSO\nNAS PROXIMAS EXECUCOES VOCE NAO PRECISARA MAIS CONFIGURAR O BOT COM ALT+X\nCASO OCORRA ALGUM ERRO NO BOT RECONFIGURE ELE APAGANDO OS ARQUIVOS DA PASTA CONFIG\n\n\n\n")
+        winsound.Beep(3000, 1500)
+        baixo_barra = [x,y]
+        f= open("configs/barraX.log","w");    f.write(("%d" % x));      f.close();
+        f= open("configs/barraY.log","w");    f.write(("%d" % y));      f.close();
+        return True
+
+
+if os.path.exists('configs/barraY.log'):
+    lapis[0] = ler_file('configs/lapisX.log')
+    lapis[1] = ler_file('configs/lapisY.log')
+    canvas[0] = ler_file('configs/canvasX.log')
+    canvas[1] = ler_file('configs/canvasY.log')
+    roda_paleta[0] = ler_file('configs/paletaX.log')
+    roda_paleta[1] = ler_file('configs/paletaY.log')
+    cruz_paleta[0] = ler_file('configs/cruzX.log')
+    cruz_paleta[1] = ler_file('configs/cruzY.log')
+    baixo_barra[0] = ler_file('configs/barraX.log')
+    baixo_barra[1] = ler_file('configs/barraY.log')
+    notHaveFiles = 1
+
+    winsound.Beep(1000, 200)
+    print('\n\n\nBOT INICIADO COM SUCESSO!\n\n\nPor Bruno Silva\n\nwww.brunodasilva.com\n\n\nCopie seu desenho e aperta CTRL + B\n\n')
+    keyboard.add_hotkey('ctrl+i', restart_app)
+
+else:
+    print("\n\n\nANTES DE USAR CONFIGURE O BOT\n\n\n")
+    print ("Posicione o cursor em CIMA do LÁPIS e dê ALT+X\n\n\n")
+    winsound.Beep(3000, 700)
+    keyboard.add_hotkey('alt+x', on_triggered)
+
+
+def on_triggered_screen():
+    if notHaveFiles == 0:
+        winsound.Beep(600, 1000)
+        print("Configure o BOT direito antes de dar CTRL + B")
+        restart_app()
+    print("Imagem salva com sucesso!")
+    im = ImageGrab.grabclipboard()
+    global notHaveFiles
+    filename =('cliparts/%s.png' %  str(uuid.uuid4()))
+    try:
+        im.thumbnail((90,90), img.ANTIALIAS)
+    except:
+        winsound.Beep(600, 1000)
+        print("Erro na imagem copiada, tente copiar e dar CTRL + B novamente")
+        restart_app()
+    im.save(filename, "PNG")
+    imagem = img.open(filename)
+    largura, altura = imagem.size
+    total_de_pixels = largura * altura
+    winsound.Beep(3500, 100)
+    print ('Mapeando imagem ...')
+    imageMapColor = {}
+    imageMapPixels = {}
+    for y in range(altura):
+        for x in range(largura):
+            pixel = imagem.getpixel((x, y))
+            R, G, B = pixel[0], pixel[1], pixel[2]
+            R,G,B = closest_color(R,G,B)
+            rgb = "%d,%d,%d" % (R,G,B);
+            pixel = "%d_%d" % (x,y);
+            if rgb not in imageMapColor.keys():
+                imageMapColor[rgb] = []
+            imageMapColor[rgb].append([x,y])
+            if pixel not in imageMapPixels.keys():
+                imageMapPixels[pixel] = []
+            imageMapPixels[pixel] = rgb
+    print ('Imagem mapeada com sucesso')
+    winsound.Beep(1500, 100)
+    pyautogui.PAUSE = 1/1000
+    for rgb in imageMapColor.keys():
+        R, G, B = rgb.split(',')
+        if int(R) > 215 and int(G) > 215 and int(B) > 215:
+            continue
+        HSV = RGB_HSV(int(R),int(G),int(B))
+        Hue, Saturation, Value = HSV[0], HSV[1], HSV[2]
+        pyautogui.click(roda_paleta)
+        x_cor = cruz_paleta[0] + (Hue / esc_hue)
+        y_cor = cruz_paleta[1] - (Saturation / esc_sat)
+        pyautogui.click(x_cor, y_cor)
+        x_luminosidade = baixo_barra[0]
+        y_luminosidade = baixo_barra[1] - (Value / esc_val)
+        pyautogui.click(x_luminosidade, y_luminosidade)
+        conta = 0
+        while(conta < len(imageMapColor[rgb])):
+            if kb.is_pressed("ctrl+i"):
+                restart_app()
+            if(("{0}_{1}".format(imageMapColor[rgb][conta][0]+1, imageMapColor[rgb][conta][1]) in imageMapPixels and
+            imageMapPixels["{0}_{1}" .format( imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1])] != imageMapPixels["{0}_{1}".format(imageMapColor[rgb][conta][0]+1, imageMapColor[rgb][conta][1])])
+            or
+            ("{0}_{1}".format(imageMapColor[rgb][conta][0]-1, imageMapColor[rgb][conta][1]) in imageMapPixels and
+            imageMapPixels["{0}_{1}" .format( imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1])] != imageMapPixels["{0}_{1}".format(imageMapColor[rgb][conta][0]-1, imageMapColor[rgb][conta][1])])
+            or
+            ("{0}_{1}".format(imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1]+1) in imageMapPixels and
+            imageMapPixels["{0}_{1}" .format( imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1])] != imageMapPixels["{0}_{1}".format( imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1]+1)])
+            or
+            ("{0}_{1}".format(imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1]-1) in imageMapPixels and
+            imageMapPixels["{0}_{1}" .format( imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1])] != imageMapPixels["{0}_{1}".format(imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1]-1)])
+            or
+            ("{0}_{1}".format(imageMapColor[rgb][conta][0]+1, imageMapColor[rgb][conta][1]+1) in imageMapPixels and
+            imageMapPixels["{0}_{1}" .format( imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1])] != imageMapPixels["{0}_{1}".format( imageMapColor[rgb][conta][0]+1, imageMapColor[rgb][conta][1]+1)])
+            or
+            ("{0}_{1}".format(imageMapColor[rgb][conta][0]-1, imageMapColor[rgb][conta][1]-1) in imageMapPixels and
+            imageMapPixels["{0}_{1}".format( imageMapColor[rgb][conta][0], imageMapColor[rgb][conta][1])] != imageMapPixels["{0}_{1}".format(imageMapColor[rgb][conta][0]-1, imageMapColor[rgb][conta][1]-1)])
+            ):
+                pyautogui.click(canvas[0] + (imageMapColor[rgb][conta][0]*3), canvas[1] + (imageMapColor[rgb][conta][1]*3))
+            conta += 1
+    for rgb in imageMapColor.keys():
+        R, G, B = rgb.split(',')
+        if int(R) > 215 and int(G) > 215 and int(B) > 215:
+            continue
+        HSV = RGB_HSV(int(R),int(G),int(B))
+        Hue, Saturation, Value = HSV[0], HSV[1], HSV[2]
+        pyautogui.click(roda_paleta)
+        x_cor = cruz_paleta[0] + (Hue / esc_hue)
+        y_cor = cruz_paleta[1] - (Saturation / esc_sat)
+        pyautogui.click(x_cor, y_cor)
+        x_luminosidade = baixo_barra[0]
+        y_luminosidade = baixo_barra[1] - (Value / esc_val)
+        pyautogui.click(x_luminosidade, y_luminosidade)
+        conta = 0
+        while(conta < len(imageMapColor[rgb])):
+            if kb.is_pressed("ctrl+i"):
+                restart_app()
+            pyautogui.click(canvas[0] + (imageMapColor[rgb][conta][0]*3), canvas[1] + (imageMapColor[rgb][conta][1]*3))
+            conta += 1
+    input('Desenho completado!')
+    restart_app()
+while not kb.is_pressed("ctrl+b"):
+        continue
+on_triggered_screen()