Automating Engineering Drawing

This repository hosts the mathematical modelling, functional model, documentation for automating engineering drawing made as part of the course COP290: Design Practices in CS

The package has the following functionalities:

• Given the 3D model description it can generate projections on to any cross section or cutting plane.
• Given appropriate projections is able to interactively recover the 3D description and produce an isometric drawing from any view direction.

How to run?

Run the following in the terminal

> qmake
> make
> cd bin
> ./autoed

Input File Format

• For 3D to 2D
  • First line has V, the number of vertices.
  • Next V lines should contain 3 doubles, x, y and z co-ordinates.
  • Next line gives E, the number of edges.
  • Next E lines should contain 2 integers, i, j denoting an edge between vertex i and vertex j as per the order of input of the vertices.
• For 2D to 3D
  • First line has number of vertices V
  • Next V lines contains coordinates of those V vertices in XY plane.
  • Next V lines contains coordinates of those V vertices in YZ plane.
  • Next V lines contains coordinates of those V vertices in ZX plane.
  • Next it has number of edges in XY, YZ, ZY planes each with 2 integers, i, j denoting an edge between vertex i and vertex j as per the order of input of the vertices.

Authors

Arshdeep Singh @4rshdeep
Ansh Sapra @ansh2233