PapaSpace is a research platform for modern flight simulation
written in Java and OpenGL/GLSL. It features real-time, multi-body
physics, avionics and flight instruments as well as a visual system.
These modules can be used as stand-alone products, or for the purpose
of development of new methods and products. The main advantage over
other available products is the full flexibility to control and modify
the simulation parameters via programmable interfaces.
Visual System
The high fidelity visual system is targeted to provide the
best
virtual flying experience on the market. We use the latest rendering
technology in OpenGL like deferred rendering, physically based
rendering (PBR), volumetric rendering of atmospheric effects, accurate
global and local illumination effects, dynamic 3D objects and static
sceneries, and
much more.
Flight Dynamics
The flight simulation software features real-time, multi-body
physics including propulsion systems, aerodynamics and ground contact
models. Additional interfaces to other simulation tools such as MATLAB
/ SIMULINK can be provided on request.
Training Scenarios
Advanced flight training covers more than stick and rudder
skills.
PapaSpace provides enhanced training methods for low visibility
operation, weather radar systems, heads-up displays and traffic
collision avoidance.
GLSL shaders provide additional special rendering techniques for
simulated infrared vision or synthetic vision systems.
Open Source Projects
Some open source projects of PapaSpace are available on GitHub.
Those which are related to aviation, are listed in the following section.
microPFD (alpha test)
The microPFD software is a tiny but functional Primary Flight
Display
(PFD) for iOS, which was developed to demonstrate the capabilities of
consumer hardware in aviation. As open-source software it is available
for free, however
requires Pythonista 3 to be installed. While microPFD may also become a
life
saver in scenarios where aircraft avionics equipment fails, it is not
intended to be used as a primary navigation equipment for aviation. You
are invited to download and try microPFD, read the source code and
collaborate on the GitHub repository.