# 12/08/2023
from random import*
import time
#from math import*
# background:
A=Point(-100,-100, is_visible=False)
B=Point(100,-100, is_visible=False)
background=Polygon(A,B,4,opacity=1,color=[0,0,0])
#colors:
#rgb(216, 211, 205)
#rgb(174, 163, 157)
#rgb(65, 156, 159)
#rgb(75, 83, 96)
#rgb(193, 29, 4)
#rgb(246, 139, 71)
#palette:
lcol=[[216/255, 211/255, 205/255],[174/255, 163/255, 157/255],[65/255, 156/255, 159/255],[75/255, 83/255, 96/255],[193/255, 29/255, 4/255],[246/255, 139/255, 71/255]]
#tichkness:
lt =0
def motif(n,m):
for i in range(n):
for j in range(m):
r=random()
col=choice(lcol)
if r<0.25 :
l=[Point(i,j,is_visible=False),Point(i+1,j,is_visible=False),Point(i+1,j+1,is_visible=False)]
s=Polygon(Point(i,j,is_visible=False),Point(i+1+1,j,is_visible=False),4,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-i,j,is_visible=False),Point(-(i+1),j,is_visible=False),Point(-(i+1),j+1,is_visible=False)]
s=Polygon(Point(-i,j,is_visible=False),Point(-(i+1),j,is_visible=False),4,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(i,-j,is_visible=False),Point(i+1,-j,is_visible=False),Point(i+1,-(j+1),is_visible=False)]
s=Polygon(Point(i,-j,is_visible=False),Point(i+1,-j,is_visible=False),4,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-i,-j,is_visible=False),Point(-(i+1),-j,is_visible=False),Point(-(i+1),-(j+1),is_visible=False)]
s=Polygon(Point(-i,-j,is_visible=False),Point(-(i+1),-j,is_visible=False),4,color=col,opacity=random(),line_thickness=lt)
elif r<0.5 :
l=[Point(i,j,is_visible=False),Point(i,j+1,is_visible=False),Point(i+1,j,is_visible=False)]
#s=Polygon(l,color=col,opacity=1,line_thickness=0)
c=Circle(Point((2*i+1)/2,(2*j+1)/2,is_visible=False),random()*2,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-i,j,is_visible=False),Point(-i,j+1,is_visible=False),Point(-(i+1),j,is_visible=False)]
#s=Polygon(l,color=col,opacity=1,line_thickness=0)
c=Circle(Point(-(2*i+1)/2,(2*j+1)/2,is_visible=False),1,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(i,-j,is_visible=False),Point(i,-(j+1),is_visible=False),Point(i+1,-j,is_visible=False)]
#s=Polygon(l,color=col,opacity=1,line_thickness=0)
c=Circle(Point((2*i+1)/2,-(2*j+1)/2,is_visible=False),random(),color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-i,-j,is_visible=False),Point(-i,-(j+1),is_visible=False),Point(-(i+1),-j,is_visible=False)]
#s=Polygon(l,color=col,opacity=1,line_thickness=0)
c=Circle(Point(-(2*i+1)/2,-(2*j+1)/2,is_visible=False),random()*1.5,color=col,opacity=random(),line_thickness=lt)
elif r<0.75 :
l=[Point(i+1,j,is_visible=False),Point(i+1,j+1,is_visible=False),Point(i,j+1,is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-(i+1),j,is_visible=False),Point(-(i+1),j+1,is_visible=False),Point(-i,j+1,is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(i+1,-j,is_visible=False),Point(i+1,-(j+1),is_visible=False),Point(i,-(j+1),is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-(i+1),-j,is_visible=False),Point(-(i+1),-(j+1),is_visible=False),Point(-i,-(j+1),is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
else:
l=[Point(i,j,is_visible=False),Point(i,j+1,is_visible=False),Point(i+1,j+1,is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-i,j,is_visible=False),Point(-i,j+1,is_visible=False),Point(-(i+1),(j+1),is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(i,-j,is_visible=False),Point(i,-(j+1),is_visible=False),Point(i+1,-(j+1),is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
col=choice(lcol)
l=[Point(-i,-j,is_visible=False),Point(-i,-(j+1),is_visible=False),Point(-(i+1),-(j+1),is_visible=False)]
s=Polygon(l,color=col,opacity=random(),line_thickness=lt)
time.sleep(0.001)
motif(10,7)
