
Cell Growth
Programming project that explores visualization of different growth-like particle system based algorithms
Experimenting with shape and force modelling through morphogenesis under an interactive OpenGL C++ Qt application. Programming group project I directed.

An interactive program that simulates three different types of particles that differentiate in the way that they grow. It is intended to create visually interesting patterns and shapes inspired by naturally occurring cellular growth. Some particles can be infuenced by light that the user is in control of. Therefore, the user is able to infuence the growth of the particles and create intriguing forms and reactions within the particles. This application explores the emergence of new patterns and structures based on different circumstances.
GitHubREADME.mdProgramming project that explores visualization of different growth-like particle system based algorithms.
The components of our group and brief description of their area of work:
| Member | Task |
|---|---|
| Lola Gille | Particle links and splitting design |
| Glenn Nygard | Light and interactive manipulators |
| Lydia Kenton | Cell dynamics and force calculations |
| Esme Prior | Cell dynamics and force calculations |
| Valeria Marstorm | Visualization, rendering and shading |
| Ramon Blanquer | Director |
Instructions
There is a
in PDF format.cd CellGrowthProjectCVA3
qmake Cells.pro
make
./cells
Documentation
Check the
or build it:doxygen Doxyfile
google-chrome docs/html/index.html