A lightweight, modular, and cross-platform (Windows, OSX, Linux) 3D geometry processing environment.This project is based on StarLab for a little further development.
- Qt 5
- Modern C++ compiler(C++11)
- Lightweight, minimal external dependency
- Uses a state of the art mesh data-structure and linear algebra library (Surface_mesh + Eigen)
- You can write graphical algorithms in plugin form so that you can easily see the implementation of the algorithm in a graphical interface.
There are several types of plugins you can easily write:
- Filter plugin :Suitable for simple graphics algorithms
- InputOutput plugin
- Mode plugin :Suitable for graphics algorithms that require a lot of interaction
Simply copy any of the provided example plugins and rename them as your own. You will find the example code in My LydiaLab Plugins
A filter plugin is a one way process on a selected model. You provide any number of parameters and then apply your algorithm. Example surfacemesh_filter_normalize.
The two functions to modify are:
void initParameters( RichParameterSet* pars );
void applyFilter( RichParameterSet* pars );Where you can easily add parameters such as:
pars->addParam(new RichFloat("angle", 90.0f, "Maximum angle"));
pars->addParam(new RichBool("visualize", true, "Visualize result"));And use them in your applyFilter() method:
bool isVisualize = pars->getBool("visualize")A mode plugin gives you full control over the starlab interface. It is useful for interactive or more complex model processing. A tool button with an icon is added to the tool bar for each loaded mode plugin. Example surfacemesh_mode_arapdeform in action.
Several functions to look into are:
void create();
void decorate();
bool keyPressEvent(QKeyEvent *);The create function is called once the mode is selected. The decorate functions allows you to make OpenGL calls on the current scene. The keyPressEvent and other Qt keyboard and mouse widget events can be overloaded to include your own desired behavior.