#####Read a given file and draw its geometrical representation.

#####Grade (125/100) (125/125)*

Goals:

• Open a given file and read a grid out of it. (Exemple)
• Use "minilibX", school's truncated version of "X11".
• ESC quits the program.

Recommended bonuses:

• Three colors gradient, depending on the elevation of a point.
• Read colors in arguments.
• Handle hidden faces.
• Multiple projections.

My additions:

• Movements in the 3d plane. W/S:"Move Forward/Backward", Q/E:"Strafe Left/Right", A/D:"Turn Left/Right" UP/DOWN:"Look Up/Down".
• Balanced movements while multiple keys are pressed. (movements.c)
• Time dependant movements, instead of CPU dependant. (events.c) (libft/srcs/ft_clock[...].c)
• One, two or three colors read in arguments.

Use: (colors in RGB decimal):

./fdf file.fdf ["R1 G1 B1[;R2 G2 B2[;R3 G3 B3]]"]

All my C files strictly observes school's norm, it may often lead to odd or illogical syntaxes.
- [ ] Forbiden keywords: for, do, switch, goto.
- [ ] No more than 25 lines inside a function block.
- [ ] No more than 80 characters per lines.
- [ ] At most 5 functions per files.
- [ ] Only 1 declaration per line.  
- [ ] No declaration and assignation on the same line.
- [ ] At most 1 assignation per line.
- [ ] No more than 4 parameters for a function.
- [ ] No nested ternary.
- [ ] Comments alowed at the top of the file.

*
- A grade of 85 was required to validate the project.
- A maximum grade of 125 was reachable.
- Second sessions are organised for failed projects.