Show HN: A live-drawn portrait of the common face
1–9 of 9 posts
Re: Show HN: A live-drawn portrait of the common face
#2A python program continously draws 22 different faces over each other.
All faces are aligned at the eyes.
The drawing particles have three different behaviors:
1. Move randomly
2. Move randomly with 45 degree angles
3. Move randomly but attracted to the firstborn particle and afraid of being near the average position of all particles.
Go to
https://vrangen.net/fuzzy/static/images/debug.jpg
for a picture of the particles in action
Sourcecode available at
Re: Show HN: A live-drawn portrait of the common face
#3How are the particles attracted to the areas of the image that need to be darker?
Re: Show HN: A live-drawn portrait of the common face
#4Author here. A python program continously draws 22 different faces over each other. All faces are aligned at the eyes. The drawing particles have three different behaviors: 1. Move randomly 2. Move randomly with 45 degree angles 3. Move randomly but attracted to the firstborn particle and afraid of being near the average position of all particles. Go to https://vrangen.net/fuzzy/static/images/debug.jpg for a picture…
Re: Show HN: A live-drawn portrait of the common face
#5Re: Show HN: A live-drawn portrait of the common face
#6Author here. A python program continously draws 22 different faces over each other. All faces are aligned at the eyes. The drawing particles have three different behaviors: 1. Move randomly 2. Move randomly with 45 degree angles 3. Move randomly but attracted to the firstborn particle and afraid of being near the average position of all particles. Go to https://vrangen.net/fuzzy/static/images/debug.jpg for a picture…
Does the image move in real time or is that my imagination
Re: Show HN: A live-drawn portrait of the common face
#7The ghostly quality of the particle drawing is really nice. I love how it gets the overlaid effect across but in a nicer way than simple transparency. How are the particles attracted to the areas of the image that need to be darker?
Each particle class is defined with a color in the debug.jpg image
Re: Show HN: A live-drawn portrait of the common face
#8It's really amazing, but the result is a bit spooky. Still, pretty awesome.
Re: Show HN: A live-drawn portrait of the common face
#9Author here. A python program continously draws 22 different faces over each other. All faces are aligned at the eyes. The drawing particles have three different behaviors: 1. Move randomly 2. Move randomly with 45 degree angles 3. Move randomly but attracted to the firstborn particle and afraid of being near the average position of all particles. Go to https://vrangen.net/fuzzy/static/images/debug.jpg for a picture…