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OverPaint.py
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####Need Python 3.8 and PyGame 1.9.6#####################
from pygame import *
import math
from random import *
from tkinter import *
from tkinter import filedialog
fps=time.Clock()
root=Tk()
root.withdraw()
init()
musicList=[("music/Overwatch League 2019 Soundtrack - "+str(i)+".mp3") for i in range(1,35)]
display.set_caption("OverPaint")
width,height=display.Info().current_w,display.Info().current_h
screen=display.set_mode((width,height),FULLSCREEN)
LC=False
timeSlider=False
getColour=False
canvas=Surface((width,height),SRCALPHA).convert_alpha()
canvas.fill((0,0,0,0))
hl=Surface((int(height*(50/1080)),int(height*(50/1080))),SRCALPHA).convert_alpha()
hl.fill((0,0,0,0))
def insideCircle(a,b,h,k,r):
if math.sqrt((a-h)**2+(b-k)**2)<=r:
return True
def ratioScaling(img,nw,nh):
imgw,imgh=img.get_size()
if imgw>imgh:
ratio=nw/imgw
h=ratio*imgh
if h>nh:
ratio=nh/imgh
w=ratio*imgw
h=nh
else:
w=nw
else:
ratio=nh/imgh
w=ratio*imgw
if w>nw:
ratio=nw/imgw
w=nw
h=ratio*imgh
else:
h=nh
return transform.scale(img,(int(w),int(h)))
def sprayCan():
if mb[0]==1:
dx=mx-omx
dy=my-omy
dist=math.hypot(dx,dy)
if int(dist)==0:
for i in range(30):
randx=randint(-thickSpray,thickSpray)
randy=randint(-thickSpray,thickSpray)
if insideCircle(mx+randx,my+randy,mx,my,thickSpray):
draw.circle(canvas,col,(mx+randx,my+randy),0)
else:
for i in range(1,int(dist)):
cx=int(omx+i*dx/dist)
cy=int(omy+i*dy/dist)
for y in range(10):
randx=randint(-thickSpray,thickSpray)
randy=randint(-thickSpray,thickSpray)
if insideCircle(cx+randx,cy+randy,cx,cy,thickSpray):
draw.circle(canvas,col,(cx+randx,cy+randy),0)
def brush():
if mb[0]==1:
dx=mx-omx
dy=my-omy
dist=math.hypot(dx,dy)
if int(dist)==0 or int(dist)==1 or int(dist)==2:
draw.circle(canvas,col,(mx,my),thickB)
draw.circle(canvas,col,(omx,omy),thickB)
else:
for i in range(1,int(dist)):
draw.circle(canvas,col,(mx,my),thickB)
draw.circle(canvas,col,(omx,omy),thickB)
cx=int(omx+i*dx/dist)
cy=int(omy+i*dy/dist)
draw.circle(canvas,col,(cx,cy),thickB)
def eraser():
if mb[0]==1:
dx=mx-omx
dy=my-omy
dist=math.hypot(dx,dy)
if int(dist)==0 or int(dist)==1 or int(dist)==2:
draw.circle(canvas,(0,0,0,0),(mx,my),thickE)
draw.circle(canvas,(0,0,0,0),(omx,omy),thickE)
else:
for i in range(1,int(dist)):
draw.circle(canvas,(0,0,0,0),(mx,my),thickE)
draw.circle(canvas,(0,0,0,0),(omx,omy),thickE)
cx=int(omx+i*dx/dist)
cy=int(omy+i*dy/dist)
draw.circle(canvas,(0,0,0,0),(cx,cy),thickE)
def highlighter():
if mb[0]==1:
dx=mx-omx
dy=my-omy
dist=math.hypot(dx,dy)
draw.circle(hl,(col[0],col[1],col[2],4),(int(height*(25/1080)),int(height*(25/1080))),thickHL)
for i in range(1,int(dist)):
cx=int(omx+i*dx/dist)
cy=int(omy+i*dy/dist)
canvas.blit(hl,(cx-int(height*(25/1080)),cy-int(height*(25/1080))))
hl.fill((0,0,0,0))
RED=(255,0,0)
GREY=(127,127,127)
BLACK=(0,0,0)
BLUE=(0,0,255)
GREEN=(0,255,0)
YELLOW=(255,255,0)
WHITE=(255,255,255)
filterFont=font.SysFont("comicsansms",int(height*(5/96)*0.71))
musicFont=font.SysFont("comicsansms",int(height*(40/1080)*0.71))
#Loading Images
colourPicker=image.load("image/colour picker.png")
shade=image.load("image/shades.png")
background=image.load("image/background.png")
pencilPic=image.load("image/pencil.png")
eraserPic=image.load("image/eraser.png")
brushPic=image.load("image/brush.png")
redoPic=image.load("image/redo.png")
undoPic=transform.flip(redoPic,True,False)
savePic=image.load("image/save.png")
openPic=image.load("image/open.png")
beforePic=image.load("image/before.png")
shufflePic=image.load("image/shuffle.png")
pausePic=image.load("image/pause.png")
playPic=image.load("image/play.png")
nextPic=image.load("image/next.png")
rectPic=image.load("image/rect.png")
circlePic=image.load("image/circle.png")
linePic=image.load("image/line.png")
hlPic=image.load("image/highlighter.png")
sprayPic=image.load("image/spray.png")
bucketPic=image.load("image/bucket.png")
polyPic=image.load("image/polygon.png")
edPic=image.load("image/ed.png")
tbPic=image.load("image/textBox.png")
cropPic=image.load("image/crop.png")
proPic=image.load("image/pro.png")
background=transform.scale(background,(width,height))
pencilPic=transform.scale(pencilPic,(int(1/15*height-2),int(1/15*height-2)))
eraserPic=transform.scale(eraserPic,(int(1/15*height-2),int(1/15*height-2)))
brushPic=transform.scale(brushPic,(int(1/15*height-2),int(1/15*height-2)))
colourPicker=transform.scale(colourPicker,(int(width*(270/1920)),int(width*(270/1920))))
shade=transform.scale(shade,(int(height*(20/1080)),int(width*(270/1920))))
redoPic=transform.scale(redoPic,(int(height*(5/96)-2),int(height*(5/96)-2)))
undoPic=transform.scale(undoPic,(int(height*(5/96)-2),int(height*(5/96)-2)))
savePic=transform.scale(savePic,(int(height*(5/96)-2),int(height*(5/96)-2)))
openPic=transform.scale(openPic,(int(height*(5/96)-2),int(height*(5/96)-2)))
pausePic=transform.scale(pausePic,(int(height*(5/96)),int(height*(5/96))))
playPic=transform.scale(playPic,(int(height*(5/96)),int(height*(5/96))))
nextPic=transform.scale(nextPic,(int(height*(5/96)),int(height*(5/96))))
rectPic=transform.scale(rectPic,(int(52/1080*height),int(52/1080*height)))
circlePic=transform.scale(circlePic,(int(1/15*height),int(1/15*height)))
linePic=transform.scale(linePic,(int(1/15*height),int(1/15*height)))
hlPic=transform.scale(hlPic,(int(1/15*height),int(1/15*height)))
sprayPic=transform.scale(sprayPic,(int(1/15*height),int(1/15*height)))
bucketPic=transform.scale(bucketPic,(int(1/15*height),int(1/15*height)))
polyPic=transform.scale(polyPic,(int(1/15*height),int(1/15*height)))
edPic=transform.scale(edPic,(int(1/15*height),int(1/15*height)))
tbPic=transform.scale(tbPic,(int(1/15*height),int(1/15*height)))
cropPic=transform.scale(cropPic,(int(1/15*height),int(1/15*height)))
proPic=transform.scale(proPic,(int(1/15*height),int(1/15*height)))
#Rect
colourPickerRect=colourPicker.get_rect()
colourPickerRect.x,colourPickerRect.y=3,height-int(width*(270/1920))-3
shadeRect=shade.get_rect()
shadeRect.x,shadeRect.y=int(width*(270/1920))+3,height-int(width*(270/1920))-3
ccRect=Rect(0,height-int(width*(270/1920))-6,int(width*(270/1920))+6+int(height*(20/1080)),int(width*(270/1920))+6)
undoRect=Rect(0,0,int(height*(5/96)),int(height*(5/96)))
redoRect=Rect(int(height*(5/96)+2),0,int(height*(5/96)),int(height*(5/96)))
canvasRect=Rect(int(width*0.1875),int(height*(1/6)),int(width-width*0.25),int(height-height*(1/3)))
pencilRect=Rect(int(1/40*width),int(1/6*height),int(1/15*height),int(1/15*height))
eraserRect=Rect(int(7/80*width),int(1/6*height),int(1/15*height),int(1/15*height))
brushRect=Rect(int(1/40*width),int(1/4*height),int(1/15*height),int(1/15*height))
rectRect=Rect(int(7/80*width),int(1/4*height),int(1/15*height),int(1/15*height))
saveRect=Rect(width-int(height*(5/96)),0,int(height*(5/96)),int(height*(5/96)))
openRect=Rect(width-(int(height*(5/96))*2)-2,0,int(height*(5/96)),int(height*(5/96)))
circleRect=Rect(int(1/40*width),int(1/3*height),int(1/15*height),int(1/15*height))
lineRect=Rect(int(7/80*width),int(1/3*height),int(1/15*height),int(1/15*height))
hlRect=Rect(int(1/40*width),int(5/12*height),int(1/15*height),int(1/15*height))
sprayRect=Rect(int(7/80*width),int(5/12*height),int(1/15*height),int(1/15*height))
bucketRect=Rect(int(1/40*width),int(1/2*height),int(1/15*height),int(1/15*height))
polyRect=Rect(int(7/80*width),int(1/2*height),int(1/15*height),int(1/15*height))
eyeDropperRect=Rect(int(1/40*width),int(7/12*height),int(1/15*height),int(1/15*height))
tbRect=Rect(int(7/80*width),int(7/12*height),int(1/15*height),int(1/15*height))
cropRect=Rect(int(1/40*width),int(2/3*height),int(1/15*height),int(1/15*height))
proRect=Rect(int(7/80*width),int(2/3*height),int(1/15*height),int(1/15*height))
tRects=[pencilRect,eraserRect,pencilRect,eraserRect,brushRect,rectRect,circleRect,lineRect,hlRect,sprayRect,bucketRect,polyRect,eyeDropperRect,tbRect,cropRect,proRect]
GC=False
col=BLACK
omx,omy,mx,my=0,0,0,0
running=True
tool="no tool"
mInd=0
mixer.music.set_volume(0.5)
mixer.music.load(musicList[mInd])
mixer.music.play()
#Filters
def sepia():
for x in range(int(width*0.1875),int(width*0.1875)+int(width-width*0.25)):
for y in range(int(height*(1/6)),int(height*(1/6))+int(height-height*(1/3))):
r,g,b,a=screen.get_at((x,y))
nr = min(0.393*r + 0.769*g + 0.189*b,255)
ng = min(0.349*r + 0.686*g + 0.168*b,255)
nb = min(0.272*r + 0.534*g + 0.131*b,255)
screen.set_at((x,y),(int(nr),int(ng),int(nb)))
R,G,B,A=canvas.get_at((x,y))
if (R,G,B,A)!=(0,0,0,0):
NR = min(0.393*R + 0.769*G + 0.189*B,255)
NG = min(0.349*R + 0.686*G + 0.168*B,255)
NB = min(0.272*R + 0.534*G + 0.131*B,255)
canvas.set_at((x,y),(int(NR),int(NG),int(NB)))
def greyscale():
for x in range(int(width*0.1875),int(width*0.1875)+int(width-width*0.25)):
for y in range(int(height*(1/6)),int(height*(1/6))+int(height-height*(1/3))):
r,g,b,a=screen.get_at((x,y))
na=(0.3 * b) + (0.59 * g) + (0.11 * b)
screen.set_at((x,y),(int(na),int(na),int(na)))
R,G,B,A=canvas.get_at((x,y))
if (R,G,B,A)!=(0,0,0,0):
NA=(0.3 * B) + (0.59 * G) + (0.11 * B)
canvas.set_at((x,y),(int(NA),int(NA),int(NA)))
filterS=filterFont.render("Sepia",True,BLACK)
sepiaRect=Rect(int(height*(5/96)*2)+4,0,filterS.get_width(),int(height*(5/96)))
filterGs=filterFont.render("Grey Scale",True,BLACK)
gsRect=Rect(int(height*(5/96)*2)+6+filterS.get_width(),0,filterGs.get_width(),int(height*(5/96)))
setBGRect=Rect(width-(int(height*(5/96))*2)-2,int(height*(5/96))+2,int(height*(5/96))*2,int(height*(5/96)))
shuffle=False
shufflePic=transform.scale(shufflePic,(int(height*(5/96)),int(height*(5/96))))
shuffleRect=Rect(int(height*(5/96)*2)+8+filterS.get_width()+filterGs.get_width(),0,int(height*(5/96)),int(height*(5/96)))
beforePic=transform.scale(beforePic,(int(height*(5/96)),int(height*(5/96))))
beforeRect=Rect(int(height*(5/96)*2)+10+filterS.get_width()+filterGs.get_width()+int(height*(5/96)),0,int(height*(5/96)),int(height*(5/96)))
playRect=Rect(int(height*(5/96)*2)+12+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*2,0,int(height*(5/96)),int(height*(5/96)))
nextRect=Rect(int(height*(5/96)*2)+14+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*3,0,int(height*(5/96)),int(height*(5/96)))
c=Surface((int(width-width*0.25),int(height-height*(1/3))),SRCALPHA).convert_alpha()
c.fill(WHITE)
moveRect=Rect(int(height*(5/96)*2)+19+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*4,int(height*(5/96))//2-int(height*(8/1080))//2,int(height*(150/1080)),int(height*(8/1080)))
sliderRect=Rect(int(height*(5/96)*2)+19+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*4+int(height*(150/1080))//2-int(height*(10/1080))//2,int(height*(4/1080)),int(height*(10/1080)),int(height*(5/96))-int(height*(4/1080)))
timeRect=Rect(int(height*(5/96)*2)+30+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*4+int(height*(150/1080)),int(height*(5/96))//2-int(height*(8/1080))//2,int(height*(150/1080)),int(height*(8/1080)))
hahaRect=Rect(int(height*(5/96)*2)+30+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*4+int(height*(150/1080))-int(height*(10/1080))//2,int(height*(14/1080)),int(height*(10/1080)),int(height*(5/96))-int(height*(25/1080)))
setBG=filterFont.render("BG",True,BLACK)
play=True
undo=[canvas]
cundo=[c]
redo=[]
credo=[]
firstss=False
first=False
start=False
sliding=False
before=[0]
ns=[]
songTime=[127,245,65,155,158,157,326,270,101,148,157,172,150,106,68,268,176,83,129,103,165,77,147,122,104,180,315,195,193,240,193,140,193,194]
thickC=0
thickL=1
thickB=1
thickE=1
thickR=0
thickHL=20
thickSpray=int(height*(25/1080))
ts=0
adding=[(1,0),(-1,0),(0,-1),(0,1)]
polying=False
cleanOnce=False
firstPoint=False
secPoint=False
angPoint=False
checkAngle=False
stickerUsing=[(image.load("sticker/"+str(i)+".png")) for i in range(1,13)]
stickerPics=[(ratioScaling(stickerUsing[i],int(1/12*height),int(1/12*height))) for i in range(len(stickerUsing))]
stickerRects=[(Rect(int(width*0.1875)+int((120/1920*width)*i),int(height*(1/6))+int(height-height*(1/3))+int(height*45/1080),int(1/12*height),int(1/12*height))) for i in range(len(stickerPics))]
bgUsing=[(image.load("bg/"+str(i)+".png")) for i in range(1,7)]
bgPics=[(transform.scale(bgUsing[i],(int((width-width*0.25)*0.14),int((height-height*(1/3))*0.14)))) for i in range(len(bgUsing))]
bgRects=[(Rect(int(width*0.1875)+int((247/1920*width)*i),int(height*5/96)+int(height*15/1080),int((width-width*0.25)*0.14),int((height-height*(1/3))*0.14))) for i in range(len(bgPics))]
writing=False
can=False
cCrop=False
crosshair=False
transb=Surface((int(1/15*height),int(1/15*height)),SRCALPHA)
transb.fill((193,230,223,100))
while running:
screen.fill(WHITE)
screen.blit(background,(0,0))
draw.rect(screen,((0,0,0,0)),canvasRect)
screen.blit(cundo[-1],(int(width*0.1875),int(height*(1/6))))
if firstss==False:
screen.blit(undo[-1],(0,0))
else:
screen.blit(canvas,(0,0))
if timeSlider==False:
hahaRect.x=int(height*(5/96)*2)+30+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*4+int(height*(150/1080))-int(height*(10/1080))//2+int(mixer.music.get_pos()/1000/songTime[before[-1]%34]*height*(150/1080))+ts
draw.rect(screen,col,ccRect)
draw.rect(screen,(255,255,255,255),colourPickerRect)
screen.blit(colourPicker,(3,height-int(width*(270/1920))-3))
for tRect in tRects:
screen.blit(transb,tRect)
screen.blit(pencilPic,(int(1/40*width+2),int(1/6*height+2)))
screen.blit(eraserPic,(int(7/80*width+2),int(1/6*height+2)))
screen.blit(brushPic,(int(1/40*width+2),int(1/4*height+2)))
draw.rect(screen,(255,255,255,255),shadeRect)
screen.blit(shade,(int(width*(270/1920))+3,height-int(width*(270/1920))-3))
if crosshair==True:
draw.line(screen,(66,245,221),(chx-5,chy),(chx-2,chy),1)
draw.line(screen,(66,245,221),(chx+5,chy),(chx+2,chy),1)
draw.line(screen,(66,245,221),(chx,chy-5),(chx,chy-2),1)
draw.line(screen,(66,245,221),(chx,chy+5),(chx,chy+2),1)
screen.blit(openPic,(width-int(height*(5/96))*2-1,1))
screen.blit(savePic,(width-int(height*(5/96))+1,1))
screen.blit(redoPic,(int(height*(5/96)+3),1))
screen.blit(undoPic,(1,1))
draw.rect(screen,GREY,openRect,2)
draw.rect(screen,GREY,saveRect,2)
draw.rect(screen,GREY,undoRect,2)
draw.rect(screen,GREY,redoRect,2)
screen.blit(filterS,(int(height*(5/96)*2)+4,0))
draw.rect(screen,GREY,sepiaRect,2)
screen.blit(filterGs,(int(height*(5/96)*2)+6+filterS.get_width(),0))
draw.rect(screen,GREY,gsRect,2)
screen.blit(shufflePic,(int(height*(5/96)*2)+8+filterS.get_width()+filterGs.get_width(),0))
draw.rect(screen,GREY,shuffleRect,2)
screen.blit(beforePic,(int(height*(5/96)*2)+10+filterS.get_width()+filterGs.get_width()+int(height*(5/96)),0))
draw.rect(screen,GREY,beforeRect,2)
draw.rect(screen,GREY,setBGRect,2)
screen.blit(setBG,((width-(int(height*(5/96))*2)-2)+int(height*(5/96))-setBG.get_width()//2,int(height*(5/96))))
if play==True:
screen.blit(pausePic,(int(height*(5/96)*2)+12+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*2,0))
elif play==False:
screen.blit(playPic,(int(height*(5/96)*2)+12+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*2,0))
draw.rect(screen,GREY,playRect,2)
screen.blit(nextPic,(int(height*(5/96)*2)+14+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*3,0))
draw.rect(screen,GREY,nextRect,2)
draw.rect(screen,GREY,moveRect)
draw.rect(screen,BLACK,sliderRect)
draw.rect(screen,GREY,rectRect,2)
screen.blit(rectPic,(int(178/1920*width),int(280/1080*height)))
screen.blit(circlePic,(int(1/40*width),int(1/3*height)))
screen.blit(linePic,(int(7/80*width),int(1/3*height)))
screen.blit(hlPic,(int(1/40*width),int(5/12*height)))
draw.rect(screen,GREY,timeRect)
draw.rect(screen,BLACK,hahaRect)
songName=musicFont.render("OWL OST "+str(before[-1]%34+1),True,(76,221,237),(252,171,104))
screen.blit(songName,(0,int(height*5/96)))
hehe=int((hahaRect.x-(int(height*(5/96)*2)+30+filterS.get_width()+filterGs.get_width()+int(height*(5/96))*4+int(height*(150/1080))-int(height*(10/1080))//2))/int(height*(150/1080))*songTime[before[-1]%34])
songDuration=musicFont.render(" {:02d}:{:02d}/{:02d}:{:02d}".format(hehe//60,hehe%60,songTime[before[-1]%34]//60,songTime[before[-1]%34]%60),True,(76,221,237),(252,171,104))
screen.blit(songDuration,(songName.get_width(),int(height*5/96)))
if tool=="pro":
if checkAngle==False:
angle=musicFont.render("None",True,(76,221,237),(252,171,104))
screen.blit(angle,(0,int(height*5/96+songName.get_height())))
else:
angle=musicFont.render(str(abs(degree)),True,(76,221,237),(252,171,104))
screen.blit(angle,(0,int(height*5/96+songName.get_height())))
## for stRect in stickerRects:
## draw.rect(screen,(194,240,220),stRect)
screen.blit(sprayPic,(int(7/80*width),int(5/12*height)))
screen.blit(bucketPic,(int(1/40*width),int(1/2*height)))
screen.blit(polyPic,(int(7/80*width),int(1/2*height)))
screen.blit(edPic,(int(1/40*width),int(7/12*height)))
screen.blit(tbPic,(int(7/80*width),int(7/12*height)))
screen.blit(cropPic,(int(1/40*width),int(2/3*height)))
screen.blit(proPic,(int(7/80*width),int(2/3*height)))
for i in range(len(stickerPics)):
screen.blit(stickerPics[i],((int(width*0.1875)+int((120/1920*width)*i))+int(1/12*height)//2-stickerPics[i].get_width()//2,(int(height*(1/6))+int(height-height*(1/3))+int(height*45/1080))+int(1/12*height)//2-stickerPics[i].get_height()//2))
for i in range(len(bgPics)):
screen.blit(bgPics[i],(int(width*0.1875)+int((247/1920*width)*i),int(height*5/96)+int(height*15/1080)))
if writing==True:
firstss=True
canvas.fill((0,0,0,0))
canvas.blit(undo[-1],(0,0))
txt=txtF.render(ntxt,True,col)
canvas.blit(txt,(startx,starty))
for evt in event.get():
if evt.type==QUIT:
running=False
if evt.type==MOUSEBUTTONDOWN:
if evt.button==1:
if canvasRect.collidepoint(mx,my):
if tool!="bucket" and tool!="poly" and tool!="ed" and tool!="tb" and tool!="crop" and tool!="pro":
start=True
if tool=="rect" or tool=="circle" or tool=="line" or tool[:7]=="sticker" or tool=="tb" or tool=="crop":
sx,sy=mx,my
for i in range(len(bgRects)):
if bgRects[i].collidepoint(mx,my) and writing==False and checkAngle==False:
nBG=transform.scale(bgUsing[i],(int(width-width*0.25),int(height-height*(1/3))))
cundo.append(nBG.copy())
canvas.fill((0,0,0,0))
undo.append(canvas.copy())
if tool=="bucket" and canvasRect.collidepoint(mx,my):
if screen.get_at((mx,my))!=col:
oldC=screen.get_at((mx,my))
bucketS=Surface((width,height),SRCALPHA).convert_alpha()
bucketS.fill((0,0,0,0))
bucketS.blit(screen.subsurface(canvasRect).copy(),(int(width*0.1875),int(height*(1/6))))
pos=[(mx,my)]
while len(pos)!=0:
cpos=pos.pop()
for add in adding:
npos=(cpos[0]+add[0],cpos[1]+add[1])
if int(width*0.1875)<=npos[0]<=int(width*0.1875)+int(width-width*0.25) and int(height*(1/6))<=npos[1]<=int(height*(1/6))+int(height-height*(1/3)):
if bucketS.get_at(npos)==oldC:
bucketS.set_at(npos,col)
pos.append(npos)
canvas.fill((0,0,0,0))
canvas.blit(bucketS,(0,0))
cundo.append(cundo[-1].copy())
undo.append(canvas.copy())
if writing==False and checkAngle==False:
if pencilRect.collidepoint(mx,my):
tool="pencil"
if eraserRect.collidepoint(mx,my):
tool="eraser"
if brushRect.collidepoint(mx,my):
tool="brush"
if rectRect.collidepoint(mx,my):
tool="rect"
if circleRect.collidepoint(mx,my):
tool="circle"
if lineRect.collidepoint(mx,my):
tool="line"
if hlRect.collidepoint(mx,my):
tool="highlighter"
if sprayRect.collidepoint(mx,my):
tool="spray"
if bucketRect.collidepoint(mx,my):
tool="bucket"
if polyRect.collidepoint(mx,my):
tool="poly"
if eyeDropperRect.collidepoint(mx,my):
tool="ed"
if tbRect.collidepoint(mx,my):
tool="tb"
if cropRect.collidepoint(mx,my):
tool="crop"
if proRect.collidepoint(mx,my):
tool="pro"
for i in range(len(stickerRects)):
if stickerRects[i].collidepoint(mx,my):
tool="sticker "+str(i)
if colourPickerRect.collidepoint(mx,my):
getColour=True
if tool=="pro" and canvasRect.collidepoint(mx,my):
if firstPoint==False:
fpx,fpy=mx,my
firstPoint=True
elif secPoint==False:
firstss=True
spx,spy=mx,my
draw.line(canvas,col,(fpx,fpy),(spx,spy),2)
secPoint=True
angless=canvas.copy()
elif firstPoint and secPoint:
canvas.fill((0,0,0,0))
canvas.blit(angless,(0,0))
apx,apy=mx,my
draw.line(canvas,col,(fpx,fpy),(apx,apy),2)
distX1=apx-fpx
distY1=apy-fpy
degree1=round(math.degrees(math.atan2(distY1,distX1)))
distX2=spx-fpx
distY2=spy-fpy
degree2=round(math.degrees(math.atan2(distY2,distX2)))
degree=degree1-degree2
checkAngle=True
if tool=="poly" and canvasRect.collidepoint(mx,my):
firstss=True
if polying==False:
saved=canvas.copy()
savedB=cundo[-1].copy()
polying=True
poly=[(mx,my)]
elif polying==True:
poly.append((mx,my))
for i in range(len(poly)-1):
draw.line(canvas,col,poly[i],poly[i+1],3)
if hahaRect.collidepoint(mx,my):
timeSlider=True
if play==True:
play=False
alreadyPaused=False
else:
alreadyPaused=True
ov=mixer.music.get_volume()
mixer.music.set_volume(0)
if sepiaRect.collidepoint(mx,my) and writing==False and checkAngle==False:
sepia()
undo.append(canvas.copy())
cundo.append(screen.subsurface(canvasRect).copy())
if gsRect.collidepoint(mx,my) and writing==False and checkAngle==False:
greyscale()
undo.append(canvas.copy())
cundo.append(screen.subsurface(canvasRect).copy())
if undoRect.collidepoint(mx,my) and writing==False and checkAngle==False:
if len(undo)>1:
credo.append(cundo[-1])
del cundo[-1]
screen.blit(cundo[-1],(int(width*0.1875),int(height*(1/6))))
redo.append(undo[-1])
del undo[-1]
canvas.fill((0,0,0,0))
canvas.blit(undo[-1],(0,0))
else:
draw.rect(screen,RED,undoRect,2)
if redoRect.collidepoint(mx,my) and writing==False and checkAngle==False:
if len(redo)>0:
screen.blit(credo[-1],(int(width*0.1875),int(height*(1/6))))
cundo.append(credo[-1])
del credo[-1]
canvas.fill((0,0,0,0))
canvas.blit(redo[-1],(0,0))
undo.append(redo[-1])
del redo[-1]
if openRect.collidepoint(mx,my) and writing==False and checkAngle==False:
try:
fname=filedialog.askopenfilename()
myPic=image.load(fname)
myPic=transform.scale(myPic,(int(width-width*0.25),int(height-height*(1/3))))
canvas.blit(myPic,(int(width*0.1875),int(height*(1/6))))
undo.append(canvas.copy())
cundo.append(cundo[-1])
except:
print("Load error")
if saveRect.collidepoint(mx,my) and writing==False and checkAngle==False:
try:
fname=filedialog.asksaveasfilename(defaultextension=".png")
image.save(screen.subsurface(canvasRect).copy(),fname)
except:
print("Saving error")
if setBGRect.collidepoint(mx,my)and writing==False and checkAngle==False:
try:
fname=filedialog.askopenfilename()
myPic=image.load(fname)
myPic=transform.scale(myPic,(int(width-width*0.25),int(height-height*(1/3))))
cundo.append(myPic.copy())
canvas.fill((0,0,0,0))
undo.append(canvas.copy())
except:
print("Load error")
if shuffleRect.collidepoint(mx,my):
if shuffle==False:
shuffle=True
before=[before[-1]]
ns.clear()
elif shuffle==True:
shuffle=False
before=[before[-1]]
ns.clear()
if playRect.collidepoint(mx,my):
if play==True:
mixer.music.pause()
play=False
elif play==False:
mixer.music.unpause()
play=True
if nextRect.collidepoint(mx,my):
play=True
if shuffle==True:
if len(ns)==0:
rand=0
while True:
rand=randint(0,33)
if rand!=before[-1]:
break
before.append(rand)
mixer.music.load(musicList[rand])
mixer.music.play()
ts=0
else:
before.append(ns[-1])
del ns[-1]
mixer.music.load(musicList[before[-1]])
mixer.music.play()
ts=0
if shuffle==False:
before.append(before[-1]+1)
mixer.music.load(musicList[before[-1]%34])
mixer.music.play()
ts=0
if beforeRect.collidepoint(mx,my):
play=True
if shuffle==True:
if len(before)==1:
ns.append(before[-1])
del before[-1]
rand=randint(0,33)
before.append(rand)
mixer.music.load(musicList[rand])
mixer.music.play()
ts=0
else:
ns.append(before[-1])
del before[-1]
mixer.music.load(musicList[before[-1]])
mixer.music.play()
ts=0
if shuffle==False:
before.append(before[-1]-1)
mixer.music.load(musicList[before[-1]%34])
mixer.music.play()
ts=0
if sliderRect.collidepoint(mx,my):
sliding=True
if evt.button==2:
if polying==True:
poly.append(poly[-1])
draw.polygon(canvas,col,poly)
cundo.append(cundo[-1].copy())
undo.append(canvas.copy())
polying=False
if tool[:7]=="sticker":
stickerUsing[int(tool[7:])]=transform.flip(stickerUsing[int(tool[7:])],1,0)
if evt.button==3:
if setBGRect.collidepoint(mx,my):
cundo.append(cundo[-1].copy())
cundo[-1].fill(col)
canvas.fill((0,0,0,0))
undo.append(canvas.copy())
if eraserRect.collidepoint(mx,my):
cundo.append(cundo[-1].copy())
canvas.fill((0,0,0,0))
undo.append(canvas.copy())
if polying==True:
poly.append(poly[-1])
draw.polygon(canvas,col,poly,3)
cundo.append(cundo[-1].copy())
undo.append(canvas.copy())
polying=False
if tool=="crop":
sx,sy=mx,my
if tool=="pro" and checkAngle==True:
canvas.fill((0,0,0,0))
canvas.blit(undo[-1],(0,0))
firstPoint=False
secPoint=False
checkAngle=False
firstss=False
if evt.button==4:
if tool=="brush" and thickB<int(height*(50/1080)):
if keys[K_LSHIFT] and thickB+5<int(height*(50/1080)):
thickB+=5
else:
thickB+=1
if tool=="eraser" and thickE<int(height*(50/1080)):
if keys[K_LSHIFT] and thickE+5<int(height*(50/1080)):
thickE+=5
else:
thickE+=1
if tool=="rect" and thickR<int(height*(200/1080)):
if keys[K_LSHIFT] and thickR+5<int(height*(200/1080)):
thickR+=5
else:
thickR+=1
if tool=="circle" and thickC<int(height*(200/1080)):
if keys[K_LSHIFT] and thickC+5<int(height*(200/1080)):
thickC+=5
else:
thickC+=1
if tool=="line" and thickL<int(height*(100/1080)):
if keys[K_LSHIFT] and thickL+5<int(height*(100/1080)):
thickL+=5
else:
thickL+=1
if tool=="highlighter" and thickHL<int(height*(50/1080)):
if keys[K_LSHIFT] and thickHL+5<int(height*(50/1080)):
thickHL+=5
else:
thickHL+=1
if tool=="spray" and thickSpray<int(height*(50/1080)):
if keys[K_LSHIFT] and thickSpray+5<int(height*(50/1080)):
thickSpray+=5
else:
thickSpray+=1
if tool[:7]=="sticker":
stickerUsing[int(tool[7:])]=transform.rotate(stickerUsing[int(tool[7:])],90)
if evt.button==5:
if tool=="brush" and thickB>1:
if keys[K_LSHIFT] and thickB-5>1:
thickB-=5
else:
thickB-=1
if tool=="eraser" and thickE>1:
if keys[K_LSHIFT] and thickE-5>1:
thickE-=5
else:
thickE-=1
if tool=="rect" and thickR>0:
if keys[K_LSHIFT] and thickR-5>0:
thickR-=5
else:
thickR-=1
if tool=="circle" and thickC>0:
if keys[K_LSHIFT] and thickC-5>0:
thickC-=5
else:
thickC-=1
if tool=="line" and thickL>1:
if keys[K_LSHIFT] and thickL-5>1:
thickL-=5
else:
thickL-=1
if tool=="highlighter" and thickHL>1:
if keys[K_LSHIFT] and thickHL-5>1:
thickHL-=5
else:
thickHL-=1
if tool=="spray" and thickSpray>1:
if keys[K_LSHIFT] and thickSpray-5>1:
thickSpray-=5
else:
thickSpray-=1
if tool[:7]=="sticker":
stickerUsing[int(tool[7:])]=transform.rotate(stickerUsing[int(tool[7:])],-90)
if evt.type==MOUSEBUTTONUP:
if evt.button==1:
if start:
if len(undo)==1:
if tool!="eraser":
cundo.append(cundo[-1])
undo.append(canvas.copy())
start=False
firstss=False
else:
cundo.append(cundo[-1])
undo.append(canvas.copy())
start=False
firstss=False
if getColour:
getColour=False
if sliding:
sliding=False
if writing==False and tool=="tb" and can==True:
canvas.fill((0,0,0,0))
canvas.blit(undo[-1],(0,0))
writing=True
cant=True
ntxt=""
th=abs(sy-my)
txtF=font.SysFont("comicsansms",int(th*0.71))
if mx-sx>0 and my-sy>0:
startx=sx
starty=sy
elif mx-sx<0 and my-sy<0:
startx=mx
starty=my
elif mx-sx<0 and my-sy>0:
startx=mx
starty=sy
elif mx-sx>0 and my-sy<0:
startx=sx
starty=my
if mx<int(width*0.1875):
if mx-sx<0 and my-sy<0:
startx=int(width*0.1875)
elif mx-sx<0 and my-sy>0:
startx=int(width*0.1875)
if my>int(height*(1/6))+int(height-height*(1/3)):
th=abs(sy-(int(height*(1/6))+int(height-height*(1/3))))
elif my<int(height*(1/6)):
if mx-sx<0 and my-sy<0:
starty=int(height*(1/6))
elif mx-sx>0 and my-sy<0:
starty=int(height*(1/6))
th=abs(sy-int(height*(1/6)))
else:
th=abs(sy-my)
if tool=="crop" and cCrop==True:
canvas.fill((0,0,0,0))
canvas.blit(undo[-1],(0,0))
cCrop=False
if mx-sx>0 and my-sy>0:
stx=sx
sty=sy
elif mx-sx<0 and my-sy<0:
stx=mx
sty=my
elif mx-sx<0 and my-sy>0:
stx=mx
sty=sy
elif mx-sx>0 and my-sy<0:
stx=sx
sty=my
if mx>int(width*0.1875)+int(width-width*0.25):
cropW=abs(sx-(int(width*0.1875)+int(width-width*0.25)))
elif mx<int(width*0.1875):
if mx-sx<0 and my-sy<0:
stx=int(width*0.1875)
elif mx-sx<0 and my-sy>0:
stx=int(width*0.1875)
cropW=abs(sx-int(width*0.1875))
else:
cropW=abs(sx-mx)
if my>int(height*(1/6))+int(height-height*(1/3)):
cropH=abs(sy-(int(height*(1/6))+int(height-height*(1/3))))
elif my<int(height*(1/6)):
if mx-sx<0 and my-sy<0:
sty=int(height*(1/6))
elif mx-sx>0 and my-sy<0:
sty=int(height*(1/6))
cropH=abs(sy-int(height*(1/6)))
else:
cropH=abs(sy-my)
nBackg=cundo[-1].subsurface((stx-int(width*0.1875),sty-int(height*(1/6)),cropW,cropH)).copy()
cundo.append(transform.scale(nBackg,(int(width-width*0.25),int(height-height*(1/3)))))
nCanvas=undo[-1].subsurface((stx,sty,cropW,cropH)).copy()
nCanvas=transform.scale(nCanvas,(int(width-width*0.25),int(height-height*(1/3))))
nSurf=Surface((width,height),SRCALPHA)
nSurf.fill((0,0,0,0))