The data is collected by the New York Police Department. It can be found here data.cityofnewyork.us. To create the maps below, the dataset titled “NYPD Complaint Data Historic” was filtered down by the calcification of “Dangerous Drugs”. Carto was used to render maps.
[1261×341] Point map of incidents with screening. Click to enlarge.
[1585×1501] Heat map of incidents. Click to enlarge.
[935×837] Categorical point map by suspect’s race. Click to enlarge.
A quick look into New York’s weapon crimes from data.cityofnewyork.us
This dataset includes all valid felony, misdemeanor, and violation crimes reported to the New York City Police Department (NYPD)
[1536×1592] Click to enlarge, point map. 141,860 incidents.
[875×809] By suspect race.
Physics animations created using Blender. Combining Rigid with Fluid.
How?
First, the rigid body simulation was created using the Blender Game Engine. Then, the simulation was recorded, so each rigid body object had its own animation. Next, in Blender’s Cycles Engine, all the animated rigid body objects were assigned either Fluid->Obstacle or Collision physics attributes. From there, another simulation was baked on top of the rigid body animation using either particle or fluid sims.
Mapping a collection of knife crimes in Chicago.
Date range spans from 2010 through 2019. The data comes from data.cityofchicago.org, and is collected by the Chicago Police Department (reported incidents of crime).
February 2019
Unless the initial conditions are identical, they never swing the same.
The video below, displays a variety of chaotic blooms.
Youtube Video Down Below.
A compilation of gravity force simulations. Animations show what happens to a stream of particles when the force of gravity changes, or the source of gravity moves. These simulations were baked using Blender’s physics system.
Flower like shapes and interesting stream knots can be seen forming in the video below.
A video compilation showing how fluid behaves at different resolutions. These clips were rendered using the cycles engine in blender 2.79. Two distinct structures were created for the fluid simulations.
I made some animations of crystallographic defect formations using equilateral spheres. Point defects, lattice regions, and other interesting patterns can be seen forming in the video below. This was created using Blender’s rigid body physics system.
Below is an animation of a laser bouncing around a triangle with open vertexes. A link to the Euler problem can be found at projecteuler.net/problem=202. This is just a visualization of the problem. This post does not contain an answer, or any algorithms.
