Python -, 127 charsbytes
Creates a Sierpinski triangle.
import Image
f=1e3
a=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in r:
for j in r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Python - 127 chars
Creates a Sierpinski triangle.
import Image
f=1e3
a=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in r:
for j in r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Python, 127 bytes
Creates a Sierpinski triangle.
import Image
f=1e3
a=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in r:
for j in r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Python - 128127 chars
Creates a Sierpinski triangle.
import Image
f=1000f=1e3
a=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in r:
for j in r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Python - 128 chars
Creates a Sierpinski triangle.
import Image
f=1000
a=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in r:
for j in r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Python - 127 chars
Creates a Sierpinski triangle.
import Image
f=1e3
a=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in r:
for j in r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Beta Decay
- 23.4k
- 8
- 72
- 165
Python - 132128 chars
Creates a Sierpinski triangle.
import Image as I
f=1000
a=Ia=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in range(f)r:
for j in range(f)r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Python - 132 chars
Creates a Sierpinski triangle.
import Image as I
f=1000
a=I.new('RGB',(f,f))
p=a.load()
for i in range(f):
for j in range(f):p[i,j]=(i*16&j*16,)*3
a.save('s.png')
Python - 128 chars
Creates a Sierpinski triangle.
import Image
f=1000
a=Image.new('RGB',(f,f))
p=a.load()
r=range(f)
for i in r:
for j in r:p[i,j]=(i*16&j*16,)*3
a.save('s.png')
deleted 3 characters in body; deleted 14 characters in body; deleted 1 character in body
Beta Decay
- 23.4k
- 8
- 72
- 165
Beta Decay
- 23.4k
- 8
- 72
- 165
Beta Decay
- 23.4k
- 8
- 72
- 165