OpenGL-Graphics-Modelling-with-Blender-Object

ICTC_Model

5th semester Graphics project from scratch.

This is a simple graphics project. Here we have rendered a blender prepared ICTC model.The project is written from scratch in C++ using Opengl Specification.

Algorithms used

1. Line drawing using points.
2. Drawing Triangles using lines.
3. Drawing surface and solids from the Triangles.
4. Using Transformations.

Functionalities

• Wireframe and Block model
  • key z for wireframe
  • key x for block
• Camera position
  • key w for z-axis decrement.
  • key s for z-axis increment.
  • key a for x-axis decrement.
  • key d for x-axis increment.
  • key q for y-axis decrement.
  • key e for y-axis increment.
• Light position
  • key i for z-axis decrement.
  • key j for z-axis increment.
  • key k for x-axis decrement.
  • key l for x-axis increment.
  • key u for y-axis decrement.
  • key o for y-axis increment.
• ICTC position
  • key t for z-axis decrement.
  • key g for z-axis increment.
  • key f for x-axis decrement.
  • key h for x-axis increment.
  • key r for y-axis decrement.
  • key y for y-axis increment.
• AXES angle position
  • key Left Arrow for y-axis decrement.
  • key Right Arrow for y-axis increment.
  • key Down Arrow for z-axis decrement.
  • key Up Arrow for z-axis increment.
  • key Page Down for x-axis decrement.
  • key Page Up for x-axis increment.
• Scaling the ICTC
  • key F1 for 10% increment.
  • key F2 for 10% decrement.

Pictures

Wireframe

Block

Sideview

More top view and isometric

Build from source

Windows

• Run the project in clion IDE.

Linux

• make sure build.sh and run.sh are executable
• run build.sh
• after then, always run.sh for execution

Executables for 64_bit architecture

Provided in Executables folder or can be obtained from releases.