rsingla92 / aegle Goto Github PK

Investigate STL, come up with a rough structure for class hierarchy

Implement a OpenGL Renderer that takes in a cube or a mesh of cubes and draws it in projected space.

If one of us could read and summarize how to get started with OpenGL, that'd be great.

We're using C/C++ bindings...that's all I know.

If needed.

Create a window for rendering the cubes.

This window should have your common minimize, maximize and close buttons.

640x480 or whatever. Make it programmatically.

Implement a Mesh class that acts as a container for the cubes:

• model view (martix) and a vector of cubes
• adds cubes
• updates neighbours and their relationships
• deleting cubes from the mesh

Create the class representation of an STL file and the needed structs and components for it.

Go through the writer and classes for STL, clean up any rotten code.

How do we know that the parser works as designed?

• do most DICOM images contain a 3d representation?
• how many sets of images would be required for reconstruction

Make sure DICOM gets all cleaned up once the initial development is complete

Create module that other developers can treat as a black box that .dicom files come out and a DICOM object (see issue #6) comes out

Implement a Cube class that encapsulates :

• set of vertices
• set of edges
• the model view of the cube
• booleans for displaying / ambiguity
• determines its own case number
• interpolates the edges

Must be general enough to be applicable to a variety of different image types.