Rendering maps and images
Using open source software
> Playing around with POV-Ray to render simulation data, generated using PKDGRAV, an N-body gravitational code written in C. Examples below include a Moon formation scenario, a planet-forming disk around a binary system with eccentricity waves, and hexagonally/randomly packed rubble-pile asteroids (see Veras et al, 2013).
![moon disk](https://www.datocms-assets.com/74546/1598370211-povraymoondiskexample.png)
![binary disk](https://www.datocms-assets.com/74546/1655182769-povraydetailbinary-edited.png)
![asteroids](https://www.datocms-assets.com/74546/1598376942-povraydetailhexrandasteroid.png)
> Using Generic Mapping Tools to illustrate scientific writing:
![schematic map](https://www.datocms-assets.com/74546/1598370943-gmtearglobe.png)
![schematic map](https://www.datocms-assets.com/74546/1598370927-gmtschematicplate.png)
I'm increasingly interested in questioning maps (and maps that question) – for example, where is this knowledge situated and how/can the position be revealed? How can mapping be used to connect or surveil? Whose land is it that is being mapped?